physics Crossword Puzzles

Physics Concepts Puzzle 2022-05-25

Physics Concepts Puzzle crossword puzzle

Across

of motion
a simple machine made of a rigid beam and a fulcrum
Every action has an equal an opposite reaction
energy a type of energy; stored energy
type of lens that converges light
the universal force of attraction acting between all matter
this portion of the electromagnetic spectrum has the lowest frequency
energy stored in the nucleus of atoms
force * distance
this portion of the electromagnetic spectrum is commonly felt as heat
energy of moving electrons
the unit of energy
number of complete cycles of a wave that pass in 1 second
a device that converts mechanical energy into electrical energy using electromagnetic induction
color that has the lowest frequency of visible light
energy a form of energy; energy of an object's motion
portion of the electromagnetic spectrum that is used in weather radar
Force = mass * acceleration
the unit of frequency
energy energy stored in the bonds of chemical compounds

Down

the maximum distance of a wave crest or trough from equilibrium
energy transferred by electromagnetic radiation
a simple machine composed of a flat surface tilted at an angle
An object at rest remains at rest, and an object in motion remains in motion at constant speed and in a straight line unless acted on by an unbalanced force
the rate of change of velocity
the unit of electrical resistance
the mass of a substance per unit volume
type of lens that diverges
a form of heat transfer in which heat is transferred through direct contact
the distance between to consecutive crests or troughs of a wave
the highest frequency color of the visible spectrum
the ability of a material to conduct heat
the change in direction of a wave passing from one medium to another that results from a change in speed
a form of heat transfer in which warm fluid moves up and cold fluid moves down
the unit of power
the unit of force
energy a type of energy; energy of any motion
work/time
energy a substance has because of the movement of its molecules
portion of the electromagnetic spectrum that has the highest frequency

40 Clues: of motion • work/time • force * distance • the unit of power • the unit of force • the unit of energy • the unit of frequency • type of lens that diverges • energy of moving electrons • Force = mass * acceleration • the rate of change of velocity • type of lens that converges light • the unit of electrical resistance • energy a type of energy; stored energy • ...

physics review project 2022-06-07

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a point on a wave with minimum amplitude
time required for one oscillation
constant velocity means no ___
opposite charges ___
collision when there is no net loss of kinetic energy as a result of a collision
body diagram something you should sketch to help with physics problems
friction when objects are in contact and have relative motion (are sliding against each other)
an object's tendency to remain unchanged motion wise
force will always be perpendicular to the ground
induction when a magnetic material is close to a magnet and then becomes a magnet itself
of energy, energy cannot be created nor destroyed
a change in momentum
which force causes acceleration
type of interference when 2 waves of the same frequency interfere
force any force whose work is determined by the final displacement of the object acted upon

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waves requires a medium
the formula for work
force of the spring is __ when the displacement is at its maximum
motion repeated motion with a consistent period
a measurement of how difficult it is for a current to move through an object
wave velocity formula
law the rate of change of momentum in relation with the rate of change time is equal to the applied force
waves does not require a medium
like charges ___
who likes to pick on kyle during class
and forth mass is not transferred it moves ___
a point on a wave with maximum amplitude
acceleration is usually only in ___ direction
a net force is the __ of all the force vectors
law every action has an equal and opposite reaction

30 Clues: like charges ___ • the formula for work • opposite charges ___ • a change in momentum • wave velocity formula • waves requires a medium • constant velocity means no ___ • waves does not require a medium • which force causes acceleration • time required for one oscillation • who likes to pick on kyle during class • a point on a wave with minimum amplitude • ...

Energy and physics 2022-06-03

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Waves that travel perpendicular to the direction.
Measure of the amount of gravity
The part of a longitudinal wave that is tightly packed.
The rate at which something occurs or is repeated over a particular period of time or in a given sample.
A type of energy that has to do with things that are plugged in
The top of a transverse wave.
Waves that travel parallel to the direction.
Distance from crest to crest.
How fast it takes an object to speed up or slow down
The part of a longitudinal wave that is spaced out.
law Force=mass x acceleration
A lot of dots with a negative, positive or no relationship.
Heat transfer through direct contact.
Amount of matter
The only part of the EM spectrum that humans can see
How long it takes an object to go a certain distance

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Energy that is inside the nucleus of an atom
A part of the EM spectrum that is used for cell phones.
graph Graph with dots connected by lines
Measure the energy of a wave.
Work per unit of time
law For every force there is an equal and opposite force
An amount of space between two points.
A mirror that curves in.
A type of energy that has to do with movement
The amount of energy to move an object over a distance
force Total amount of force
Heat transfer through invisible waves
The amount of work done on an object
Stored Energy
Heat transfer due to differences in density.
Invisible waves of the EM spectrum
A type of energy that gives off heat.
graph A type of graph that has the lines apart from each other and captures data
A mirror that bulges out
position The part of the wave that isn’t vibrating.
law An object in motion stays in motion and an object at rest stays in rest.
The bottom of a transverse wave.
How fast an object is going
Part of the EM spectrum that is the most dangerous

40 Clues: Stored Energy • Amount of matter • Work per unit of time • A mirror that curves in. • A mirror that bulges out • force Total amount of force • How fast an object is going • Measure the energy of a wave. • The top of a transverse wave. • Distance from crest to crest. • law Force=mass x acceleration • Measure of the amount of gravity • The bottom of a transverse wave. • ...

Physics and energy 2022-06-03

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You can find them at a beach
how hot or cold something is
portion where particles are spread out
What you see in the mirror
Distance from rest point to the crest or trough
Temperature where all molecular motion stops
Portion where particles of the medium are crowded together
energy that is transferred between different objects at different temperatures
What waves travel through
Movement of heat or electricity by medium
Used to measure the frequency
Heat transfer through waves
turning a solid to a liquid

Down

Change of solid directly to gas
Causes waves to move
Liquid to gas at the surface of liquid
when a wave passes a barrier or hole and moves and spreads
Heat transfer through liquid or gas
When the reflection is bent
Highest point of wave
Lowest point
Turning a liquid to a solid
Liquid to gas phase
Amount of times a wave passes through a point in a certain time

24 Clues: Lowest point • Liquid to gas phase • Causes waves to move • Highest point of wave • What waves travel through • What you see in the mirror • When the reflection is bent • Turning a liquid to a solid • Heat transfer through waves • turning a solid to a liquid • You can find them at a beach • how hot or cold something is • Used to measure the frequency • Change of solid directly to gas • ...

Physics and energy 2022-06-03

Across

how hot or cold something is
Lowest point
energy that is transferred between different objects at different temperatures
Temperature where all molecular motion stops
Portion where particles of the medium are crowded together
when a wave passes a barrier or hole and moves and spreads
Heat transfer through waves
Used to measure the frequency
Energy stored in an objects height
Energy that comes from heat
Liquid to gas at the surface of liquid
turning a solid to a liquid
What waves travel through
What you see in the mirror
Movement of heat or electricity by medium
portion where particles are spread out

Down

When the reflection is bent
Liquid to gas phase
Change of solid directly to gas
Movement of energy in longitudinal waves
Causes waves to move
A type of energy where chemical is involved
Something that keeps the temperature close the the same
A type of energy where movement is involved
Energy that travels in waves
Energy that is stored
Highest point of wave
Heat transfer through liquid or gas
You can find them at a beach
Distance from rest point to the crest or trough
Turning a liquid to a solid
Energy stored in the movement of objects
Amount of times a wave passes through a point in a certain time
Energy stored in the nuclease of an atom

34 Clues: Lowest point • Liquid to gas phase • Causes waves to move • Energy that is stored • Highest point of wave • What waves travel through • What you see in the mirror • When the reflection is bent • Heat transfer through waves • Energy that comes from heat • Turning a liquid to a solid • turning a solid to a liquid • how hot or cold something is • Energy that travels in waves • ...

Physics Chapter 6 2022-12-12

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- formula for impulse
- firing a cannon, rocket propulsion
- ME lost when colliding objects stick together
- only magnitude
- Newtons Third law formula
- momentum and impulse are __
- interaction in which two bodies exert relatively strong forces on each other for a relatively short time
- impulse-momentum theorem
- units of momentum
- how do cushions reduce injuries
- units of impulse

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- The change in momentum an object experiences when a force is applied for a specific amount of time
- used to determine the vi of a projectile
- no ME is lost during the collision
Momentum is conserved when a collision between objects occurs in an isolated
- some ME is lost during the collision
- Two colliding objects will experiences forces of equal magnitude but opposite direction.
- Quantity of motion
- formula for momentum
- Law of conservation of momentum

20 Clues: - only magnitude • - units of impulse • - units of momentum • - Quantity of motion • - formula for impulse • - formula for momentum • - impulse-momentum theorem • - Newtons Third law formula • - momentum and impulse are __ • - Law of conservation of momentum • - how do cushions reduce injuries • - no ME is lost during the collision • - firing a cannon, rocket propulsion • ...

Physics Chapter 2 2022-10-01

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the slope of a tangent of a curve on a position vs time graph is the ___ velocity
the sign of quantities that go to the left or down
the change in position as a scalar
quantities that have magnitude and direction
quantities that have only magnitude
the shape of a position vs time graph with constant acceleration
the slope of the line connecting two points on a position vs time graph is the ___ velocity
how objects move at a constant rate and accelerate
a force that attracts objects based on mass

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the location of an object
the sign of quantities that go to the right or up
what objects do when velocity and acceleration have the same sign
motion a diagram that records the position of an object at constant time intervals
the rate of change in velocity
what objects do when velocity and acceleration have different signs
the change in position as a vector
fall an object which is only being acted on by gravity is in ___
the rate of change in position as a vector
the rate of change in position as a scalar
the study of motion
a nonzero value that remains the same

21 Clues: the study of motion • the location of an object • the rate of change in velocity • the change in position as a scalar • the change in position as a vector • quantities that have only magnitude • a nonzero value that remains the same • the rate of change in position as a vector • the rate of change in position as a scalar • a force that attracts objects based on mass • ...

Physics Science Review 2022-11-28

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Newton's Second Law: _____=___*__________.
Makes an object at rest move.
A study of science having to do with the motions of objects.
How heavy an object is.
A tool where you attach an object to a hook and it measures the weight/force.
When an object changes speed.
Bonus: A TV is being pulled to the right with a force of 100N. Then a crane is pulling to the right with 280N. People pull to the right with 500N, and a hook pulls to the left with 1000N. What is the net force?
When an object is at rest.
The force you apply t through a distance.
According to Newton's 3rd Law, every action has an equal and opposite ________.
Named after the famous physician and a unit of measurement for force.
A certain amount of area.
How strong a force is.
The direction and speed an object is moving.
The tendency of an object to resist changes in its motion.

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The total amount of force acting on an object.
Force that resists the sliding or rolling of one object over another.
The amount of matter inside something.
Things that Newton created that were the basics of physics.
When an object reduces its speed.
Earth's pull to keep objects in its atmosphere.
The work you do on a machine.
When objects keep moving at the same speed.
When the velocity stays the same.
How fast an object is moving.
A force that attracts objects that contain iron.
The indefinite continued progress of existence and events in the past, present, and future regarded as a whole.

27 Clues: How strong a force is. • How heavy an object is. • A certain amount of area. • When an object is at rest. • Makes an object at rest move. • The work you do on a machine. • When an object changes speed. • How fast an object is moving. • When an object reduces its speed. • When the velocity stays the same. • The amount of matter inside something. • ...

Prototype U2 Physics 2022-10-12

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Any physical property of a material or system that can be quantified, that is, can be measured using numbers.
Basic unit of mass in the metric system.
Flow part assures its life (persistence, survival in time) by freely morphing in a one-way direction in time.
Unit of mass in the metric system defined as one thousandth of a kilogram.
Phenomenon associated with stationary or moving electric charges.
The act, process, or result of changing.
time rate of doing work or delivering energy, expressible as the amount of work done W, or energy transferred, divided by the time interval t—or W/t.
The force that causes things to move, is divided into two types: potential and kinetic.
Concise way of expressing information symbolically.
A physical quantity that is completely described by its magnitude.
rate at which velocity changes with time, in terms of both speed and direction.
Quantitative measure of inertia.
The rate of change of position of an object in any direction.

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An active transformation of a physical system implies its motion.
Carefully thought-out explanation for observations of the natural world that has been constructed using the scientific method.
Quantity or phenomenon that has two independent properties: magnitude and direction.
Determination of the size or magnitude of something.
Stated facts which have been deduced and derived based on empirical observations.
Three-dimensional quantity that is used to measure the capacity of a solid shape.
Vertical force experienced by a mass as a result of gravitation.
Strength or energy as an attribute of physical action or movement.

21 Clues: Quantitative measure of inertia. • Basic unit of mass in the metric system. • The act, process, or result of changing. • Concise way of expressing information symbolically. • Determination of the size or magnitude of something. • The rate of change of position of an object in any direction. • Vertical force experienced by a mass as a result of gravitation. • ...

Prototype U2 Physics 2022-10-12

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The rate of change of position of an object in any direction.
Any physical property of a material or system that can be quantified, that is, can be measured using numbers.
Stated facts which have been deduced and derived based on empirical observations.
A physical quantity that is completely described by its magnitude.
Phenomenon associated with stationary or moving electric charges.
Three-dimensional quantity that is used to measure the capacity of a solid shape.
Concise way of expressing information symbolically.
The force that causes things to move, is divided into two types: potential and kinetic.
Determination of the size or magnitude of something.
Unit of mass in the metric system defined as one thousandth of a kilogram.
Quantity or phenomenon that has two independent properties: magnitude and direction.
Strength or energy as an attribute of physical action or movement.

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Quantitative measure of inertia.
Flow part assures its life (persistence, survival in time) by freely morphing in a one-way direction in time.
An active transformation of a physical system implies its motion.
time rate of doing work or delivering energy, expressible as the amount of work done W, or energy transferred, divided by the time interval t—or W/t.
Carefully thought-out explanation for observations of the natural world that has been constructed using the scientific method.
Basic unit of mass in the metric system.
rate at which velocity changes with time, in terms of both speed and direction.
The act, process, or result of changing.
Vertical force experienced by a mass as a result of gravitation.

Physics 20 Terminology 2023-01-11

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diagram that shows all forces acting on an object (2 words)
centre seeking
potential energy in a spring
shape of planetary orbits
time to complete one cycle
energy of movement
maximum displacement from equilibrium
units for mass
satellite that remains above the same point of the earth's surface at all times
directions that only use degrees
displacement of medium perpendicular to the direction of travel
interference that creates a node
force applied through a rope
unit for work
constantly changing for uniform circular motion
rate at which work is done
natural frequency of an object
unit for force
weight that is equivalent to the normal force
fundamental force of nature
math used to determine direction
unit for the distance from earth to the sun
force that is always opposite to the direction of movement
variables that provide magnitude only
point at which two sources are in-phase

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force that helps ensure mechanical energy is not affected
ability to do work
sum of the kinetic and potential energies
variable that uses the letter "a"
gravitational force
moving at a constant velocity
vector quantity of distance
system that cannot exchange matter or energy
friction that prevents an object from moving
term used for an object not moving
frequency caused by an external force
newton's third law looks at action-___________
transfer of energy
inverse of frequency
part of a standing wave necessary at a closed end
units for wavelength
word used for frictionless systems
represented as the variable "k" for a spring
vector sum of all forces
direction of the restoring force compared to the displacement
an object moving through the air
slope of a position-time graph
tendency for an object to remain at a constant velocity
abbreviation for motion in which there is a constant frequency
line that indicates the direction a wave is travelling

50 Clues: unit for work • centre seeking • units for mass • unit for force • ability to do work • energy of movement • transfer of energy • gravitational force • inverse of frequency • units for wavelength • vector sum of all forces • shape of planetary orbits • time to complete one cycle • rate at which work is done • vector quantity of distance • fundamental force of nature • ...

Physics is Phun!!! 2019-04-29

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If something is moving it has this type of energy
The slope of position and time
This force always opposes motion
The moon is a natural one of these
The product of mass and velocity
This determines the time for a horizontal projectile to hit the ground
The most dense places in the universe
The term "global warming" has been changed to this since no warming occured for 15 years.
The the air resistance equals the weight of a fallling object
The father of classical mechanics.
The releasing and rearrnging of this force runs the stars and H-bombs
A number to describe the stiffness of a spring.
A theoretical bridge between to very distance points in space-time

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Time is relative to a frame of reference because the speed of light is _______
kgm2/s2
A complicated way to do a simple task
A change in velocity per unit of time
How you house is wired
A straight line distance between where you start and where you end.
The most famous physicist to have ever lived.
The force between charged particles
Straight line motion
The shape of projectile motion
y=vyt+1/2gt2 This projectile formula can be solved as a ____
The application of physics principles to the makeing of things
When something breaks to sound barrier

26 Clues: kgm2/s2 • Straight line motion • How you house is wired • The slope of position and time • The shape of projectile motion • This force always opposes motion • The product of mass and velocity • The moon is a natural one of these • The father of classical mechanics. • The force between charged particles • A complicated way to do a simple task • A change in velocity per unit of time • ...

Physics Crossword Puzzle 2020-02-15

Physics Crossword Puzzle crossword puzzle

Across

Measure of energy transfer that occurs when an object is moved over a distance by an external force.
A quantity that has both magnitude and direction but not position. It may be visualized as directed line segments whose lengths are their magnitudes.
Energy It is defined as the work needed to accelerate a body of a given mass from rest to its stated velocity.
In thermodynamics, it is the energy in transfer to or from a thermodynamic system, by mechanisms other than transfer of matter.
It is an object's change in position, only measuring from it's starting position to the final position.
Is the branch of Physics dealing with the study of motion.
It is the speed at which something moves in one direction and is a vector measurement of the rate and direction of motion.
Is the rate at which work is done or the rate at which energy is transferred from one place to another or transformed from one type to another.
A force of attraction that exists between any two masses which tries to pull them towards each other.
It deals with the movement of objects and the forces that drive that movement.

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It is the use of power or energy of a system by making use of supply.
Energy Stored energy that depends upon the relative position of various parts of a system.
Is a unit of power and is defined as a derived unit of 1 joule per second.
It is the push and pull on an object with mass that causes it to change velocity and has both magnitude and direction.
Branch of physics and subdivision of mechanics concerned with the geometrically possible motion of a body or system of bodies without consideration of the forces involved.
The capacity for doing work.
The branch of physical science that deals with the relations between heat and other forms of energy.
Is the condition of a system when neither its state of motion nor its internal energy state tends to change with time.
Energy Is the potential of a chemical substance to undergo chemical reaction to transform into other substances.
It is the change in the position of an object over time and is mathematically described in terms of displacement, distance, velocity, speed, and time.

20 Clues: The capacity for doing work. • Is the branch of Physics dealing with the study of motion. • It is the use of power or energy of a system by making use of supply. • Is a unit of power and is defined as a derived unit of 1 joule per second. • It deals with the movement of objects and the forces that drive that movement. • ...

Physics Crossword Puzzle 2020-02-15

Across

Measure of energy transfer that occurs when an object is moved over a distance by an external force.
A quantity that has both magnitude and direction but not position. It may be visualized as directed line segments whose lengths are their magnitudes.
It is defined as the work needed to accelerate a body of a given mass from rest to its stated velocity.
In thermodynamics, it is the energy in transfer to or from a thermodynamic system, by mechanisms other than transfer of matter.
It is an object's change in position, only measuring from it's starting position to the final position.
Is the branch of Physics dealing with the study of motion.
It is the speed at which something moves in one direction and is a vector measurement of the rate and direction of motion.
Is the rate at which work is done or the rate at which energy is transferred from one place to another or transformed from one type to another.
A force of attraction that exists between any two masses which tries to pull them towards each other.
It deals with the movement of objects and the forces that drive that movement.

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It is the use of power or energy of a system by making use of supply.
Stored energy that depends upon the relative position of various parts of a system.
Is a unit of power and is defined as a derived unit of 1 joule per second.
It is the push and pull on an object with mass that causes it to change velocity and has both magnitude and direction.
Branch of physics and subdivision of mechanics concerned with the geometrically possible motion of a body or system of bodies without consideration of the forces involved.
The capacity for doing work.
The branch of physical science that deals with the relations between heat and other forms of energy.
Is the condition of a system when neither its state of motion nor its internal energy state tends to change with time.
Is the potential of a chemical substance to undergo chemical reaction to transform into other substances.
It is the change in the position of an object over time and is mathematically described in terms of displacement, distance, velocity, speed, and time.

PeTA 1 (Physics) 2021-01-31

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is by which light is spread out according to its color as it passes through an object.
uses concave lenses and is a single-eyed tool and instrument that can be used to observe distant objects in a small area.
an electromagnetic wave that can be detected by the human eye.
are lenses that we use and may either use concave or convex lenses depending on the sight of the person.
vibrations of light waves occur in a single plane.
the term for nearsightedness.
uses convex lenses and is an instrument that can be used that makes something appear larger than what they look like.
refers to a phenomena that occur when a wave encounters an obstacle or opening.
curved pieces of glass or transparent materials that refracts light.
the combination of two or more electromagnetic waveforms to form a wave in which the displacement is either reinforced or canceled.

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is the bending of light as it passes from one transparent substance into another.
uses concave lenses and is a two-eyed tool and instrument that can be used to observe distant objects with a wider field of view.
has a reflecting surface that is curved outward.
an image produced by or as a if by a mirror.
the term for farsightedness.
who stated the Law of Refraction
a disturbance or oscillation that travels through space-time, accompanied by a transfer of energy.
has a reflecting surface that is curved inward.
smooth, shiny surfaces that allows us to see an image or the reflection of their surface
uses convex lenses and is an instrument that can be used to observe small objects that is invisible to the human eye.

20 Clues: the term for farsightedness. • the term for nearsightedness. • who stated the Law of Refraction • an image produced by or as a if by a mirror. • has a reflecting surface that is curved inward. • has a reflecting surface that is curved outward. • vibrations of light waves occur in a single plane. • an electromagnetic wave that can be detected by the human eye. • ...

PeTA 1 (Physics) 2021-01-31

Across

uses convex lenses and is an instrument that can be used to observe small objects that is invisible to the human eye.
vibrations of light waves occur in a single plane.
has a reflecting surface that is curved inward.
smooth, shiny surfaces that allows us to see an image or the reflection of their surface
uses convex lenses and is an instrument that can be used that makes something appear larger than what they look like.
an electromagnetic wave that can be detected by the human eye.
has a reflecting surface that is curved outward.
the term for farsightedness.
uses concave lenses and is a single-eyed tool and instrument that can be used to observe distant objects in a small area.
uses concave lenses and is a two-eyed tool and instrument that can be used to observe distant objects with a wider field of view.
curved pieces of glass or transparent materials that refracts light.

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is by which light is spread out according to its color as it passes through an object.
refers to a phenomena that occur when a wave encounters an obstacle or opening.
is the bending of light as it passes from one transparent substance into another.
the combination of two or more electromagnetic waveforms to form a wave in which the displacement is either reinforced or canceled.
who stated the Law of Refraction
a disturbance or oscillation that travels through space-time, accompanied by a transfer of energy.
the term for nearsightedness.
an image produced by or as a if by a mirror.
are lenses that we use and may either use concave or convex lenses depending on the sight of the person.

Physics Waves Vocabulary 2021-01-27

Physics Waves Vocabulary crossword puzzle

Across

is a substance or material that carries the wave
changes in speed of light/temperatures and densities of the same mediums
molecules squeeze together
(high or low)
the concept in quantum mechanics that every particle or quantum entity may be described as either a particle or a wave
a point along a standing wave where the wave has minimum amplitude.
molecules far apart
Interference is the phenomenon that occurs when two waves meet while traveling along the same medium
to move back and forth in a regular, repeating way
return of a wave back to it’s original medium
the length from one crest to the other
a wave vibrating at right angles to the direction of its propagation.
frequently shift due to motion

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how often or how quickly a wave passes by
the spreading of waves around obstacles
two waves overlap to make a bigger wave
a short, non periodic, wave formed by a single input of energy rather than a continuous or repeated input of energy
a wave vibrating in the direction of propagation.
two waves overlap to make a smaller wave
points on a stationary wave that oscillate with maximum amplitude
the height of the wave
a particle representing a quantum of light or other electromagnetic radiation
the lowest point on a wave
the highest point on the wave
the time that it takes to complete one cycle
forced vibration by another object

26 Clues: (high or low) • molecules far apart • the height of the wave • molecules squeeze together • the lowest point on a wave • the highest point on the wave • frequently shift due to motion • forced vibration by another object • the length from one crest to the other • the spreading of waves around obstacles • two waves overlap to make a bigger wave • ...

Physics Test 1 2021-09-09

Across

data that is descriptive
Humans have a sinful nature
a tool for exercising dominion
Holds the belief that the present is key to the past
a perspective from which a person observes and understands the world
science is concerned with this type of phenomena
mathematical relationships are examples of this type of model
the starting point for scientific investigations
the goal of a model
models or describes an observed relationship among phenomena or properties under certain conditions

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a step in the scientific method that includes using the five senses
a set of assumptions, values, or beliefs that control a person's aspect of reality
Creation, fall, and redemption describe this
science that deals with present-day observations
an educated guess, or temporary explanation for a phenomenon
This tells us to have dominion and be good stewards of the earth
a hypothesis must be this
a representation of reality
science that deals with events in the past
data that measures
a model that accounts for an observation

21 Clues: data that measures • the goal of a model • data that is descriptive • a hypothesis must be this • Humans have a sinful nature • a representation of reality • a tool for exercising dominion • a model that accounts for an observation • science that deals with events in the past • Creation, fall, and redemption describe this • science that deals with present-day observations • ...

Physics Crossword Puzzle 2021-09-27

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(true or false) some objects in free fall accelerate independent of their mass
(blank) is always on the x axis
when the only force acting on an object is gravity
causes objects to accelerate over time
slope of a (blank)equals the instantaneous velocity
change in position
acceleration vs time graph gives the (blank) information
rate of change in position
what type of quantities only have magnitude
(blank) displacement is in the up or right direction
what type of quantities have speed with direction

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the location of the object
acceleration force of gravity
velocity and acceleration have (blank) signs when the object is slowing down
the study of motion
total movement over time
if velocity and displacement have the (blank) sign the object is speeding up
rate of change in velocity
(true or false) given any of the following 2 quantities the other two can be found
tells the average velocity in a position vs. time graph

20 Clues: change in position • the study of motion • total movement over time • the location of the object • rate of change in velocity • rate of change in position • acceleration force of gravity • (blank) is always on the x axis • causes objects to accelerate over time • what type of quantities only have magnitude • what type of quantities have speed with direction • ...

PS: Physics P1 2021-10-13

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Energy in Motion
Stored Energy
Internal energy in substances; it is the vibration and movement of atoms and molecules within substances.
Energy stored in the bonds of atoms and molecules.
An electric device that deters an electric current.
Transfer of heat energy from particle to particle within a substance or between substances through contact of atoms.
Energy of place or position.
The movement of objects or substances from one place to another.
The amount of electric charge flowing past a specified circuit point per unit time.
Law stating that energy in a closed system can neither be created nor destroyed. It can be transformed or transferred, but the total amount of energy remains constant.
Material through which electric current cannot move easily.
Energy stored as compression.

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Electromagnetic energy that travels in transverse waves.
Is the movement of electrons.
Energy stored in objects by the application of force and then placed in motion.
Transfer of heat by the physical motion of masses of fluid (liquids and gases) by changes in density of the fluid.
The SI unit of electrical resistance.
Material through which electric current can move easily.
The SI unit of current.
The SI unit of energy
The SI unit of electric voltage or potential energy.
Vibration that typically starts as an audible wave of pressure, through a transmission medium such as a gas, liquid or solid
Energy stored in the nucleus of an atom.
Device that transfers electrical energy from one electrical circuit to another through mutual (electromagnetic induction) without change in frequency
The SI unit of charge.
A quantity that describes the capacity to do work; a source of useable power.

26 Clues: Stored Energy • Energy in Motion • The SI unit of energy • The SI unit of charge. • The SI unit of current. • Energy of place or position. • Is the movement of electrons. • Energy stored as compression. • The SI unit of electrical resistance. • Energy stored in the nucleus of an atom. • Energy stored in the bonds of atoms and molecules. • ...

Physics - Motions Crossword 2021-05-13

Physics - Motions Crossword crossword puzzle

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An object or something that has not yet released the maximum power they can get up to
How fast an object moves
a change of position or place
the amount of matter in any solid object or in any volume of liquid or gas
the force that makes it difficult for one object to slide along the surface of another or to move through a liquid or gas
a measure that is used to express amounts/quantities
a unit used to measure force, equal to the force that moves a mass of one kilogram one metre in one second
the measured amount of heat/degrees in a place or in the body
the speed at which something happens or changes, or the amount or number of times it happens or changes in a particular period
the force that makes objects fall toward the earth, or toward some other large object such as a planet or a star

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the position towards which someone or something moves or faces
The speed at which an object is travelling
something physical such as a force that has size and direction
the pulling force transmitted by the means of a string, a cable, chain or other things
the part of existence that is measured in minutes, days, years and stuff
The increase in something's speed, or its ability to go faster
The amount of space/area between two places
the force that keeps an object moving
the power and ability to be physically and mentally active
The physical force that keeps something in the same position or moving in the same direction
the act or process of moving, or a particular action or movement

21 Clues: How fast an object moves • a change of position or place • the force that keeps an object moving • The speed at which an object is travelling • The amount of space/area between two places • a measure that is used to express amounts/quantities • the power and ability to be physically and mentally active • the measured amount of heat/degrees in a place or in the body • ...

Physics Reflection Crossword 2023-03-27

Physics Reflection Crossword crossword puzzle

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an _________ is a reflection of a sound wave from a surface.
If the light source is small, there is a full shadow called __________.
The distance from the centre of the wave to the highest or lowest point
Finding the distance to an object in this way
If we want to ‘see’ what sound waves are like we can use a microphone attached to an ___________.
light cannot through them
Waves that are made by moving your hand in and out are
The sound reflects off all the surfaces and echoes can last for several seconds.

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Higher notes have a higher _______.
a magnetic material as being made up of lots of very small regions
What is formed when light travels in straight lines?
coil of wire
The distinctive sound that an instrument makes is called ________.
a way of transferring energy.
the transparent outer layer of the eye
rock that attracted small pieces of iron.
unit of sound levels.
a point where magnet are cancel out.
a coil with some magnetic material in electromagnet
One of the part in outer ear.

20 Clues: coil of wire • unit of sound levels. • light cannot through them • a way of transferring energy. • One of the part in outer ear. • Higher notes have a higher _______. • a point where magnet are cancel out. • the transparent outer layer of the eye • rock that attracted small pieces of iron. • Finding the distance to an object in this way • ...

Physics Reflection Crossword 2023-03-27

Across

One of the part in outer ear.
coil of wire
rock that attracted small pieces of iron.
a magnetic material as being made up of lots of very small regions
a way of transferring energy.
unit of sound levels.
The sound reflects off all the surfaces and echoes can last for several seconds.
a coil with some magnetic material in electromagnet
If the light source is small, there is a full shadow called __________.
light cannot through them

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Waves that are made by moving your hand in and out are
an _________ is a reflection of a sound wave from a surface.
Higher notes have a higher _______.
If we want to ‘see’ what sound waves are like we can use a microphone attached to an ___________.
the transparent outer layer of the eye
The distinctive sound that an instrument makes is called ________.
The distance from the centre of the wave to the highest or lowest point
a point where magnet are cancel out.
Finding the distance to an object in this way
What is formed when light travels in straight lines?

20 Clues: coil of wire • unit of sound levels. • light cannot through them • One of the part in outer ear. • a way of transferring energy. • Higher notes have a higher _______. • a point where magnet are cancel out. • the transparent outer layer of the eye • rock that attracted small pieces of iron. • Finding the distance to an object in this way • ...

Physics Vocab Crossword 2023-05-19

Physics Vocab Crossword crossword puzzle

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Is the study of forces between charges, as described by Coulomb's Law
A point on a surface wave where the displacement of the medium is at a maximum
A particle of electromagnetic radiation, or quantum of light
The highest point above the rest position
Devices that where equal and opposite charges are held on separate "plates" with potential difference them proportional to this charge
The maximum distance a particle moves from its starting point in a wave
The SI base unit of electrical current
When heated in flames or put in electrical discharges, emit light at well-defined and characteristic frequencies
The type of matter through which a wave's energy propagates
A substance or material that hinder the free flow of electrons from one particle element to another
A material that has conductivity value falling between that of a conductor and insulator
The application of balanced inward forces to different points on a material or structure
A description of the frequency of the wave
A charged object is brought near but not touched to a neutral conducting object
A measure of light power per unit area

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The pressure from electrical circuit's power source that pushes charged electrons through a conducting loop, enabling them to do work
Is a stable subatomic particle, symbol
The official measurement for voltage
Is a negatively charged subatomic particle that can be either bound to an atom or free
The characteristics of a unit of matter that expresses the extent to which it has more or fewer electrons than protons
The property of sound which is used for differentiating between the loud and faint sound
The number of wave cycles to pass a given point per unit of time
The bending of a wave around the edges of an opening or an obstacle
Electric current is the rate of flow of electrons in a conductor
Removing the excess charge on an object by means of the transfer of electrons between it and another object of substantial size
The time it takes for a particle or physical quantity to move through one cycle of oscillation in a wave
The SI unit of electrical resistance
A unit of frequency of one cycle per second
A substance or material that allows electricity to flow through it
Any resonant frequency above the fundamental frequency of a sound

30 Clues: The official measurement for voltage • The SI unit of electrical resistance • Is a stable subatomic particle, symbol • The SI base unit of electrical current • A measure of light power per unit area • The highest point above the rest position • A description of the frequency of the wave • A unit of frequency of one cycle per second • ...

A Level physics 2023-05-11

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Rate of energy transfer in a circuit. It can be calculated as the product of the current and the potential difference between two points.
A measure of how difficult it is for charge to travel through a material, depending on the material’s cross sectional area, length and resistance.
The range of values that could reasonably contain the true value of a measurement, based on the confidence an experimenter has about their result.
The distance and direction that a vibrating particle or wave has travelled from its equilibrium position.
The work done moving a unit positive charge from an infinite distance away to that point (2 words)
The unavoidable resistance any power source will have that makes it harder for current to flow through the source.
A quantity measuring the internal friction of a fluid, it acts to reduce the flow of a fluid. It is temperature dependent.
A force acting perpendicular to the flow of air or liquid around an object, typically upwards and against the force of gravity.
The force that causes flavour change in quarks and leptons, it is responsible for beta decay.
When the energy in a SHM system is not kept as KE or PE and the total energy is no longer constant.
The product of a force and the perpendicular distance from the line of action to the pivot about which the force is acting.
In a transformer these currents act against the magnetic flux that generates a current in the secondary coil making the transformer less efficient and heating the core.
The point on a stationary wave where the incoming and reflected wave are in phase forming a maximum point.
The minimum frequency of light needed to cause electrons to be emitted in the photoelectric effect regardless of the intensity.
A particle consisting of three quarks,
The change of momentum of an object when a force acts on it. Equal to the area underneath a force-time graph.
This law says that the direction of an induced current is such that it opposes the current that created it.
A wave that transfers energy from one point to another.
A hypothetical gas that has molecules with no interactions and occupy negligible space so it obeys the ideal gas law.
This person’s law says that as volume decreases the pressure on a gas at a constant temperature increases
A material that fractures without plastic deformation first.
A orbit with a time period of one day so will return to the same point in the sky each day.
When a metal is heated free electrons gain sufficient kinetic energy and are released from the metal’s surface. (2 words)

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When the driving force is at the natural frequency of a system causing maximal energy transfer with the amplitude of oscillation at its maximum.
Describes the rate of charge or discharge of a capacitor (2 words)
A material that can withstand large plastic deformation without breaking.
When the kinetic energy of a system before a collision is equal to the kinetic energy of the system after the collision
The amount of work done in moving a unit mass from an infinite distance to that point. (2 words)
The total power radiated by a light emitting source.
Planes of points where the electric potential is the same, no work is done moving charge along these lines.
How close a measurement is to its true value, influenced by the systematic and random errors of that measurement.
When an electron is removed from an atom giving the atom a positive charge.
This person’s law says that the peak wavelength of emitted radiation is inversely proportional to the absolute temperature of the black body.
A particle consisting of one quark and one antiquark.
A force felt towards the centre of an object's orbit due to the centripetal acceleration.
The energy supplied by a source per unit charge passing through the source, measured in volts.
How close a set of repeated measurements are to one another but not the true Value
Materials that change their resistance depending on external conditions.

38 Clues: A particle consisting of three quarks, • The total power radiated by a light emitting source. • A particle consisting of one quark and one antiquark. • A wave that transfers energy from one point to another. • A material that fractures without plastic deformation first. • Describes the rate of charge or discharge of a capacitor (2 words) • ...

Earth & Physics Review 2023-05-16

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the change in water from liquid to gas
rock formed from extreme heat and pressure
igneous rock formed from cooling lava
rock formed from sediment being compacted and cemented together
the transporting of sediment by wind, water, ice or gravity
the theory that all the continents were once a supercontinent called Pangaea before moving apart
Newtons law that states an object in motion tends to stay in motion unless acted upon by another force or an object at rest tends to remain at rest
water that moves across land into rivers and streams (does not get absorbed)
when new crust forms at a divergent boundary in the ocean, pushing the older existing crust further from the mid-ocean ridge
tendency to do nothing or remain unchanged
water vapor changes from gas to liquid
all the water on Earth
all life on Earth
climate zone that includes the northern and southern parts of Earth - cold
evaporation from plant leaves
boundary where two plates collide or push into each other
the measurement of force acting upon an object due to gravity
the rate an object changes speed or direction
absorbs UV radiation in the atmosphere, made of oxygen
climate zone located on either side of the equator - warm
water continues to move downward in the soil becoming part of the groundwater
thermal energy transferred from one object to another
energy in motion
lithosphere is broken into ____________________
solid rock becoming molten rock
layer of atmosphere where life exists and weather occurs
magma or lava cooling to form igneous rock
boundary where two plates slide or grind past each other in opposite directions
when no thermal energy is transferred due to a balance of equal temperatures
made of minerals and can contain organic material (three major types)
solid, rocky part of Earth
the number one factor that influences climate on Earth
water being absorbed into the soil
frozen part of the water on Earth
thermal energy transfer in liquids and gases

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name of the supercontinent that included all of Earth’s land masses
Force a combination of all forces acting upon an object
a naturally occurring, inorganic solid with a crystalline structure and a definite chemical composition
a push or pull on an object
water collected in river, oceans, lakes and streams
warming due to solar radiation trapped in the atmosphere
gases that surround a planet
frozen water changes from a solid directly to a gas
broken down pieces of rocks or organic materials
area around the Pacific Plate where most volcanoes and earthquake occur on Earth
a force that causes a change in the motion of an object
circular motion in the mantle that is driven by the heat of Earth’s core
weather front that has warm air pushing up and over cooler air
the scientist credited for Continental Drift Theory
second layer of atmosphere from Earth that includes the Ozone Layer
stored energy
weather front that has cooler air pushing warm air up
process of setting down or leaving sediment in a new location
the theory that Earth’s lithosphere is broken into pieces constantly being moved by convection currents in the mantle
thermal energy transferred by waves or rays
Newton’s Law that states the acceleration of an object depends on the mass and force applied to the object
dissolved minerals fill in the spaces between sediment and harden
breaking down of rocks on Earth’s surface into sediment
a force that causes an object to slow down when it touches something else
igneous rock formed from cooling magma
thermal energy moving through physical touch
climate zone located between the one near the equator and the one nearest the poles
water released from clouds in the form of snow, sleet, hail, rain
thermal energy moving from a warmer object to a cooler object
the unit of measurement for force
the amount of matter an object is made of
alternating light and dark bands of color
splits the Earth into the northern and southern hemispheres – 0 degrees latitude
measure of how hot or cold something is
Newton’s Law that states for every action there is an equal and opposite reaction
sediment being squeezed together
boundary where two plates divide or move away from each other
at least two equal forces acting upon an object in opposite directions

73 Clues: stored energy • energy in motion • all life on Earth • all the water on Earth • solid, rocky part of Earth • a push or pull on an object • gases that surround a planet • evaporation from plant leaves • solid rock becoming molten rock • sediment being squeezed together • the unit of measurement for force • frozen part of the water on Earth • water being absorbed into the soil • ...

Physics 4th hr 2023-05-18

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Device stores electric energy in electric field
proportional relation of current and field
electric current flowing in one direction only
Number of waves in a unit of time
Function returning to same value as reg intervals
Energy coming from source and travels through space at speed of light
Base unit of electrical Current
rate at which electric charge passes through an area of wire
electric potential difference that produces electric current between two circuits
electrical conductivity value falling between a conductor and insulator
Spreading of waves around obstacles
Highest point above rest position
Time taken for vibrating to make a cycle and return to origin
Magnitude of a quantity per unit
Removing excess charge by transferring electrons between another object
Balanced inward force to different points of material

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property of no electrical resistance in substances at very low absolute temperatures
measure of opposition to current flow in an electrical circuit
Smallest packets of electromagnetic energy
Material that allows electric charge to move easily
Range of types of all radiation that travels in waves
Highest part of the wave
Two-terminal device which can maintain a fixed voltage
redirection of a wave as it passes from one medium to another
Vector field which physical quantity is electric charge per charge
Material which electrons can't move through easily
Unit of measurement of Frequency and equal to one second
Does not require a Medium
Total electric charge in isolated system that never changes
Caused by amount of amplitude of a Wave

30 Clues: Highest part of the wave • Does not require a Medium • Base unit of electrical Current • Magnitude of a quantity per unit • Number of waves in a unit of time • Highest point above rest position • Spreading of waves around obstacles • Caused by amount of amplitude of a Wave • Smallest packets of electromagnetic energy • proportional relation of current and field • ...

GHI4 Physics 1 2023-05-09

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A light bulb illuminates in a ______ circuit
material with a resistance of zero
this is an example of an energy source in a circuit
gaseous insulator
measure of the opposition to the current flow
current is measured in this unit
energy that flows through a circuit
an example of this component of a circuit is a lightbulb
an example of this component of a circuit is a wire
difference in electric potential
material that behaves in between a conductor and an insulator
resistance is measured in this unit
negatively charged subatomic particle
material that resists current flow

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a complete circular path that electricity flows through
circuit that has both wires connected to the positive end of the battery
electrical ___________ is the flow of electrons
specific element that is a good conductor
current that constantly changes the direction it flows
current that flows in one direction
good conductors
voltage is measured in this unit
positively charged subatomic particle
material that allows current to flow easily

24 Clues: good conductors • gaseous insulator • current is measured in this unit • difference in electric potential • voltage is measured in this unit • material with a resistance of zero • material that resists current flow • current that flows in one direction • energy that flows through a circuit • resistance is measured in this unit • positively charged subatomic particle • ...

the physics finale 2023-05-24

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device clue:invention used to make something simpler
clue:a property of matter
clue:top of bridge
3rd law clue:equal magnitude forces repel
clue:push or pull
clue:transfer by electromagnetic waves
clue:distance traveled in time
clue:secures suspension
clue:vacuums between 2 glass layers
clue:transfers thermal energy

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clue:transfer by collision
clue:act of motion
clue:strong metal rope
2nd law clue:mass x acceleration
clue:occurs with changing position
1st law clue:force needs to act for motion
clue:speed & direction
clue:rigid support
clue:mass & velocity
clue:transfer by fluid

20 Clues: clue:push or pull • clue:act of motion • clue:top of bridge • clue:rigid support • clue:mass & velocity • clue:strong metal rope • clue:speed & direction • clue:transfer by fluid • clue:secures suspension • clue:a property of matter • clue:transfer by collision • clue:transfers thermal energy • clue:distance traveled in time • 2nd law clue:mass x acceleration • ...

Physics Vocab Challenge 2023-05-22

Physics Vocab Challenge crossword puzzle

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Metric measurement for length
A change in the rate of velocity
What Luke uses in Star Wars
Never trust an atom, because they make up ____________
“-9.81 m/s2” is acceleration due to this
How far and in what direction?
The limit in Rochester side streets is now 25mph
Rubbing your hands together creates warmth because of this
The ____________ to the Moon is 240,000 miles
A measure of how much matter is in an object
p=mv : What is p?
Energy in waiting - be it a battery or roller coast at the top of the first hill
This is futile according to the Borg

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Jose was stuck on this ride for 20 minutes
The French word for bike + A very large town
Energy in motion
Flow of Electrons in a wire
Chevy’s electric car and A measure of how much push an electric system has
Objects that are moving solely due to the force of gravity are said to be in this.
The property of an object that wants it to stay at rest when at rest or motion when it is motion
Fig, Sir Isaac, a unit of force
Just the magnitude please - i.e. speed or distance
Unit of resistance - also something a Buddhist master says
This represents both amount and direction - like displacement and velocity
The unit for current in electric systems

25 Clues: Energy in motion • p=mv : What is p? • What Luke uses in Star Wars • Flow of Electrons in a wire • Metric measurement for length • How far and in what direction? • Fig, Sir Isaac, a unit of force • A change in the rate of velocity • This is futile according to the Borg • “-9.81 m/s2” is acceleration due to this • The unit for current in electric systems • ...

Physics Final Product 2012-10-08

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Hp
change in appearance
change in composition
A material through which an electric charge is readily transferred
unit of work
he scale of temperature having a single fixed point, the temperature of the triple point of water, which is assigned the value 273.16 oK.
A unit of pressure, equal to the pressure resulting from a force of 1 Newton acting uniformly over an area of 1m2.
friction in any kind of fluid
law For a given mass of a gas at constant temperature, the volume of the gas is inversely proportional to the pressure.
path of projectile
principle that A body immersed in a fluid experiences an apparent loss in weight which is equal to the weight of the fluid displaced by the body
point of The temperature at which a phase change of liquid to gas takes place through boiling. It is the same temperature as the condensation point
This is a way of moving heat energy around
forces lie on the same plane
The ability of an object to return to its original size or shape when the external forces producing distortion are removed.
the relative amount of distortion produced in a body under stress.
defined as the body’s mass multiplied by its velocity.
third law of motion
describes motion
second law of motion
horizontal distance travelled by the object
sum of two vectors
wavelength that is visible to the human eye
doesn’t change the state of motion
The property of a body to resist a change in its state of rest or of uniform motion.
quantity with magnitude and direction
standard unit of force
The gravitational attraction at the surface of a planet or other celestial body.
Anything that occupies space and has mas

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science of matter
Materials like wood that are poor conductors of heat or electricity.
forces that meet at the same point
The product of force and time for which force acts, also equal to the change in momentum.
rate of doing work
change of displacement
The lowest energy state of an atom.
The actual path length covered by a body. It is a scalar quantity.
The force of attraction between unlike molecules.
friction at rest
unit of power
motion projected with an angle
he change of phase from a liquid to a gas or vapor.
frame of reference
The force per unit area
motion on a straight line
quantity with magnitude
moment of force
is the SI unit of electrical current
velocity at an instant
push or pull exerted by the body
The quantity of heat equal to 4.19 joules.
resistance which opposes movement
Atoms whose nuclei contain the same number of protons but different numbers of neutrons.
friction circular in motion
friction in motion
An instrument that measures atmospheric pressure, used in weather forecasting and in determining elevation above sea level
where the center of gravity of a regular body is
product of force and distance

58 Clues: Hp • unit of work • unit of power • moment of force • friction at rest • describes motion • science of matter • rate of doing work • path of projectile • frame of reference • sum of two vectors • friction in motion • third law of motion • change in appearance • second law of motion • change in composition • change of displacement • velocity at an instant • standard unit of force • The force per unit area • ...

RSide-Physics-EdenM 2013-04-16

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A unit to describe when an event occurs
Opposite of negative direction
A quantity that describes a specific point relative to a reference
When a moving object moves at a constant velocity
A line that runs through most points on a time-position graph
Measurement including direction
The difference between when an event occurs and when it ends
This is calculated by dividing displacement by change in time
The rate of change of a moving object
The constant force that travels at a rate of 9.81 m/s
Is time intervals a scalar or vector quantity
South, West, negative, up, down, positive are all examples of this
The total amount of distance travelled

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A straight line on a time position graph used to represent uniform motion
A straight line distance and direction from one point to another
A slope that runs through the positive sections of a time graph
The fastest rate that you can fall at
The line to represent non-uniform motion on a time position graph
The rate at which an object changes it's velocity
The Greek letter used to represent change
The size and quantity of an object
This can come in Negative, Positive or Zero form

22 Clues: Opposite of negative direction • Measurement including direction • The size and quantity of an object • The fastest rate that you can fall at • The rate of change of a moving object • The total amount of distance travelled • A unit to describe when an event occurs • The Greek letter used to represent change • Is time intervals a scalar or vector quantity • ...

Rside-PHYSICS-gena 2013-04-16

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constant velocity
on the position-time graph what unit is on the y axis
rate of change in position
horizontal line on any graph
diagonal line going upwards on a graph
scalar quantity describing the length of a path between 2 points or locations
change in velocity
velocity and acceleration are Ovid in opposite direction it creates a...
opposite of acceleration
is the magnitude of the velocity

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is time interval a scalar or a vector
difference between when an event begins and when it end
when both velocity and acceleration are moving in the same direction
rate of change of a moving object
unit that describes when an event occurs
common measurements units(m/s)
north, south, positive
9,81m/s
has a magnitude and direction
a descending diagonal line on any graph
Greek letter used to represent the change in unit

21 Clues: 9,81m/s • constant velocity • change in velocity • north, south, positive • opposite of acceleration • rate of change in position • horizontal line on any graph • has a magnitude and direction • common measurements units(m/s) • is the magnitude of the velocity • rate of change of a moving object • is time interval a scalar or a vector • diagonal line going upwards on a graph • ...

Physics - Light Y9 2013-03-15

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The sun, but not the Moon is a light .........
Light passes through but is scattered, objects appear fuzzy
the reference line from which angles are measured
Only allows certain colours of light to pass through it
Process by which light bounces off an object
images in a mirror are ............ inverted
Process by whih light is separated into colours/wavelengths
The variable kept constant in an experiment

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The variable measured in an experiment
Radiating or reflecting light
light passes though it easily
340 m/s speed of ........
The variable I change in an experiment
Process by which light changes direction as it enters a differenr medium
Absence of light caused by a solid object
light cannot pass through it
Light Amplification by Stimulated Emission of Radiation
Angle at which light hits a surface
The range of colours/wavelengths in white light, visible ..............
300,000,000 m/s, speed of ............

20 Clues: 340 m/s speed of ........ • light cannot pass through it • Radiating or reflecting light • light passes though it easily • Angle at which light hits a surface • The variable measured in an experiment • The variable I change in an experiment • 300,000,000 m/s, speed of ............ • Absence of light caused by a solid object • The variable kept constant in an experiment • ...

THE ULTIMATE PHYSICS 2013-06-29

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It is a ring of muscles which holds the lens in position.
It is the region on the retina where the optic nerve enters the eyeball.
The process of destroying the magnetic properties of a magnet.
It is the amount of heat required to change the temperature of the substance by one degree celcius.
According to this law enery can neither be created nor destroyed although can be transfered from one body to another.
A convex lens having one plain surface and one convex surface.
The region around the magnet where its influence can be felt.
Long-sightedness

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It is a water,saline fluidthat fills the part of eye between cornea and lens.
The process of change from one state to another at a constant temperature.
sin i/sin r.
It is said to occur when a person can not distinguish between diferrent colours through his vision may otherwise be normal.
The hidden heat.
A cylinderical coil consisting of large number of turns of insulated wire.
The force between the molecules of two different substances.
According to this theory,light is composed of particles[called protons]which travel in straight lines at a very high speed.
S.I. unit of temperature.
it depends upon the strength of intermolecular forces.
The liquids that evaporates faster.
It is coloured part of the eye,which has muscles and coloured pigments.

20 Clues: sin i/sin r. • The hidden heat. • Long-sightedness • S.I. unit of temperature. • The liquids that evaporates faster. • it depends upon the strength of intermolecular forces. • It is a ring of muscles which holds the lens in position. • The force between the molecules of two different substances. • The region around the magnet where its influence can be felt. • ...

ICP-1 Physics 2014-03-20

Across

(N) SI unit for Force.
forces, energy, or power supplied
the forces, energy, or power provided by a machine.
a temperature scale in which water freezes at 32 degrees and boils at 212.
speed and direction.
the rate at which velocity changes or the change in speed over time.
(W) a unit of power equal to 1 Joule per second.
a reaction that releases more energy than it uses (gets warmer).
the ratio of output work divided by input work times 100.
___ energy is the energy of motion
a force that resists motion.
____ point is the temperature at which a substance goes from solid to liquid.
_______ zero is the lowest possible temperature.
a material that slows heat transfer
a push or pull
the amount of space between two points.
___ force is the sum of all forces.
(g) a unit of mass smaller than a kilogram.

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(hp) a unit of power equal to 745 Watts.
heat _______ is the transfer of heat by direct contact of particles of matter.
(J) a unit of energy
the rate of doing work (work over time).
a quantity that measures the kinetic energy per molecule due to random motion.
the ability to be stretched or compressed and then return to original size.
free _____ is accelerated motion that happens when an object falls with only the force of gravity acting on it.
____ digits are the meaningful digits in a measured quantity.
the transfer of heat by the motion of matter, such as by moving water or air.
a reaction that uses more energy than it releases (gets colder).
____ energy is a form of energy resulting from motion or position.
___ scale is a temperature scale that starts at absolute zero.
____ energy is energy due to temperature.
thermal energy that is moving or capable of moving
(m) a basic SI unit for length.
energy that come from a force applied over a distance.
_____ heat is the amount of heat needed to raise the temperature of one kilogram of material by one degree Celsius.
thermal _____ is electromagnetic waves produced by objects because of their temperature.
/ mass times velocity.
the ability to change or cause change

38 Clues: a push or pull • (J) a unit of energy • speed and direction. • (N) SI unit for Force. • / mass times velocity. • a force that resists motion. • (m) a basic SI unit for length. • forces, energy, or power supplied • ___ energy is the energy of motion • a material that slows heat transfer • ___ force is the sum of all forces. • the ability to change or cause change • ...

Physics unit 1 2014-04-10

Across

Unit of measurement of for power
The theory that all planets orbit around the Earth
The number of waves passing through a point per second
Astronomer who helped disproved geocentric by looking at the moons of Jupiter
A type of wave where particles move at right angles to the direction the wave is moving
The system where planets orbit the sun
Sound waves that are bellow 20Hz
The unit of measurement of frequency
When an object is moving away from us and its wavelength becomes longer
A type of lens that is curved on both sides to make it thicker in the middle
The second stage in the life of a star
The colour that is best for absorbing heat

Down

A type of wave that travels through the Earth
Light that we can see with the naked eye
The theory that the universe has always existed
Change in direction of light
Flow of charged particles
How good a device is at creating useful energy
The surface of the earth
A type of wave where particles move back and forth in line line with the direction of the wave
Astronomer who discovered infrared
This has the smallest wave length on the EM-spectrum
A change in the DNA caused by radiation
The man who discovered ultraviolet

24 Clues: The surface of the earth • Flow of charged particles • Change in direction of light • Unit of measurement of for power • Sound waves that are bellow 20Hz • Astronomer who discovered infrared • The man who discovered ultraviolet • The unit of measurement of frequency • The system where planets orbit the sun • The second stage in the life of a star • ...

Physics Energy Crossword 2014-03-06

Physics Energy Crossword crossword puzzle

Across

Energy produced by radio waves.
the condition of being dissociated into ions.
What are rubber bands made of?
Work that is taken out.
Energy that is used with automobiles.
Energy of motion.
How an object gains or loses energy.

Down

An apple fell on my head!
Energy stored in a system of forcefully interacting physical entities.
A substance that can undergo a transformation through a reaction.
Energy stored in a battery.
The energy that powers your toaster.
Energy that has to do with the height of an object.
Rate that energy is transferred.
Creates vibration, Audible.
Work that is taken in.
Closely related to Electrical Energy and can attract or repel metal.
The ability of an object to do work.
generates useful heat and electric energy.
Heat energy

20 Clues: Heat energy • Energy of motion. • Work that is taken in. • Work that is taken out. • An apple fell on my head! • Energy stored in a battery. • Creates vibration, Audible. • What are rubber bands made of? • Energy produced by radio waves. • Rate that energy is transferred. • The energy that powers your toaster. • The ability of an object to do work. • ...

Physics Crossword Puzzle 2014-07-15

Across

the extent of a vibration from the equilibrium
Quantity of mass per unit
waves or vibrations with frequencies that is not audible
relate to
to cause a wave to move through a medium
a decrease in density and pressure in a medium
the lowest point on a wave
Unit of Frequency
relates to length
the time it takes for a wave to pass
the rate which something occurs
the speed

Down

frequencies above 20,000 hertz
the reinforcement of sound via reflection
out of usual location
The composition of any material
how long it takes something to get from point a to b
To lay across
to make more compact
the highest point on a wave

20 Clues: relate to • the speed • To lay across • Unit of Frequency • relates to length • to make more compact • out of usual location • Quantity of mass per unit • the lowest point on a wave • the highest point on a wave • frequencies above 20,000 hertz • The composition of any material • the rate which something occurs • the time it takes for a wave to pass • ...

Andy's Physics Crossword 2014-02-24

Andy's Physics Crossword crossword puzzle

Across

the energy of motion
magnetic force when using gravitational pull
energy required to remove one electron
unit that power is measured in. joules divided by seconds
disturbance of vibration of matter
energy of atomic nucleus. exothermic process
rate at which energy transforms and work is done. work divided by time
total energy of a system remains unchanged
when there needs to be an addition of energy in order to be able to reuse
energy that is stored and waiting to happen
ability to do work
part of total energy. results in temperature of system

Down

energy associated with gravitational field. attraction of masses of objects to mass of earth
energy of electromagnetic wave
when energy is easily reused
energy stored in material or system, e.g. rubber band
force times distance. how an object gains or loses energy
transformation through chemical reaction
unit that work is measured in
absorbed or delivered by an electrical current. moving electrons in electrical conductor

20 Clues: ability to do work • the energy of motion • when energy is easily reused • unit that work is measured in • energy of electromagnetic wave • disturbance of vibration of matter • energy required to remove one electron • transformation through chemical reaction • total energy of a system remains unchanged • energy that is stored and waiting to happen • ...

Physics of Superheroes 2014-12-11

Across

P=VI calculates ... power
Speed with a direction vector
Who is faster, the Flash or Superman?
Good conductors have a low ...
Mass is not the same as ...
Work divided by time gives
A speed-time graph gives ...
p=mv
F=ma is the ... law of motion
Forces come in ...
The number 3600 is used in converting ...

Down

The symbol F means ...
The SI unit for energy
Decreasing in speed
E=mgh calculates ... energy
Newton's ... laws of motion
The SI unit for mass
Energy is neither destroyed or ...
The SI unit for power
Ohm's law calculates ...
The unit for force
The SI unit for distance
A distance-time graphs gives ...

23 Clues: p=mv • The unit for force • Forces come in ... • Decreasing in speed • The SI unit for mass • The SI unit for power • The symbol F means ... • The SI unit for energy • Ohm's law calculates ... • The SI unit for distance • P=VI calculates ... power • Work divided by time gives • E=mgh calculates ... energy • Newton's ... laws of motion • Mass is not the same as ... • ...

Physics Chapter 12 2014-02-03

Across

energy transferred between two objects in contact with one another and always flows from the hotter object to the cooler object.
is a temperaure scale named after William J. Rankine, who proposed it in 1859.
measure of the disorder in a system.
it is one of the seven base units in the IS, named after William Thomson, 1st Baron Kelvin, who proposed it in 1848.
is the "hotness" of the object.
the thermal transfer of energy by electromagnetic waves through the vacuum of space.
the process by which kinetic energy is transferred when particles collide.
once a solid is completely melted, there are no more forces holding the particles in the solid state.
states that natural processes go in a direction that maintains or increases the total entropy of the universe.
is a temperature scale on one proposed in 1724 by the physicist Daniel Gabriel Fahrenheit.
is the study of heat.
the thermal energy needed to vaporize 1kg of a substance.
is one of the four fundamental states of matter (the others being solid, gas, and plasma), and is the only state with a definite volume but no fixed shape.
a type of thermal energy transfer that occurs from the motion of fluid in a liquid or gas that is caused by differences in temperature.
also called centigrade, it is named after Anders Celsius. The unit was known until 1948.

Down

a well insulated device used to measure changes in thermal energy.
the state in which the rate of energy flow between two objects is equal and the objects are the same temperature.
amount of the input heat that is turned into useful work.
is a type of vaporization of a liquid that occurs from the surface of a liquid into a gaseous phase that is not saturated with the evaporating substance.
the amount of energy to melt 1kg of a substance.
The 3 most common states of matter are solids,liquids,and gases.
is the overall energy of motion of all particles making up the object.
is the temperature where all molecular motion stops. All thermal energy is removed.
states that the change in thermal energy of an object is equal to the heat that is added to the object minus the work done by the object.
uses work to remove heat energy. Work removes heat from cold reservoir to a heat reservoir.
is a common example of a device that accomplishes this transfer with the use of mechanical work.
at this point, the substance has changed from a solid to a liquid.
the amount of energy that must be added to a material to raise the temperature of a unit mass by one temperature unit; is measured in J/kg*K.
is the amount of energy transferred by a force acting through a distance.
a device that is able to continously convert thermal energy to mechanical energy.

30 Clues: is the study of heat. • is the "hotness" of the object. • measure of the disorder in a system. • the amount of energy to melt 1kg of a substance. • amount of the input heat that is turned into useful work. • the thermal energy needed to vaporize 1kg of a substance. • The 3 most common states of matter are solids,liquids,and gases. • ...

Physics Unit 2 2014-01-16

Across

SI unit for electric current
States that for charged particles or objects that are small compared to the distance between them, the force between the charges varies directly as the product of the charges and inversely as the square of the distance between them
Flow of a charge always flows in one direction
Electronic device that restricts current to flow in a single direction
Energy a charge has due to its location in an electric field
Electric potential or potential difference measured in volts
Device for increasing or decreasing voltage through electromagnetic induction
The charging of an object without direct contact
Machine that produces electric current by rotating a coil within a stationary magnetic field
Electricity at rest
Any complete path along which charge can flow
Force field that fills the space around every electric charge or group of charges

Down

Measure of electrical resistance
Devices are arranged so that the current must flow through each device in order to complete the circuit
Rate at which energy is converted into another form of energy
Allowing charges to move freely along a connection between a conductor and the ground
Material that can be made to behave as either a conductor or an insulator
Material that has infinite conductivity at very low temperatures so that charge flows through it without resistance
Term applied to electric charge that has been redistributed on an object because of the presence of a charged object nearby
Electrons move in one direction and then in the opposite direction
Term applied to portions of an electric circuit that are connected at two points and provide alternative paths for the current
Material that is a poor conductor of electricity
Device used to store charge in a circuit
An atom or molecule in which the charges are aligned so that one side is slightly more positive or negative than the opposite side
Electric potential energy per coulomb at a location in an electric field
Devices are connected so that any device completes the circuit
SI unit of measurement for electric potential
Magnet with a field produced by electric current
Fundamental electrical property to which the mutual attractions or repulsions between electrons and protons is attributed

29 Clues: Electricity at rest • SI unit for electric current • Measure of electrical resistance • Device used to store charge in a circuit • SI unit of measurement for electric potential • Any complete path along which charge can flow • Flow of a charge always flows in one direction • Material that is a poor conductor of electricity • ...

World of Physics 2015-09-25

Across

something lots smaller than atom.
closest planet to the sun.
something can can never be prove___________?
science consist of Scientific theory and ____________?
a heavy electron.
a group of millions to billions of stars help together by mutual gravity.
system consist of things that go around a Star.
neutron and ______ are help together by mesons?
a generic name for electrons and their relatives.
dark matter, star, and what make up a galaxies.
Quarks are held together by what?

Down

a big things that went around a sun and moons were anything that went around.
what is the opposite charge of a proton?
result from a runaway thermonuclear reaction.
it was invented to Save the conservation of energy.
rocks going around space.
My teacher calls himself.
a no longer consider planet.
hole a star that crush with great gravity.
Cloud comets froze a huge spherical cloud far outside of the Kuiper belt.

20 Clues: a heavy electron. • rocks going around space. • My teacher calls himself. • closest planet to the sun. • a no longer consider planet. • something lots smaller than atom. • Quarks are held together by what? • what is the opposite charge of a proton? • hole a star that crush with great gravity. • something can can never be prove___________? • ...

World of Physics 2015-09-25

Across

neutron and ______ are help together by mesons?
a group of millions to billions of stars help together by mutual gravity.
it was invented to Save the conservation of energy.
science consist of Scientific theory and ____________?
what is the opposite charge of a proton?
a big things that went around a sun and moons were anything that went around.
a no longer consider planet.
Quarks are held together by what?

Down

Cloud comets froze a huge spherical cloud far outside of the Kuiper belt.
closest planet to the sun.
My teacher calls himself.
hole a star that crush with great gravity.
rocks going around space.
system consist of things that go around a Star.
result from a runaway thermonuclear reaction.
something lots smaller than atom.
a heavy electron.
a generic name for electrons and their relatives.
something can can never be prove___________?
dark matter, star, and what make up a galaxies.

20 Clues: a heavy electron. • My teacher calls himself. • rocks going around space. • closest planet to the sun. • a no longer consider planet. • something lots smaller than atom. • Quarks are held together by what? • what is the opposite charge of a proton? • hole a star that crush with great gravity. • something can can never be prove___________? • ...

Physics Crossword Puzzle 2016-10-01

Across

1_____= 1N/m^2
Produces and is attracted by gravity
Work Out/Work In= Percent _____
My teacher calls himself
1 horse power= 746 ____
Force/Area
Best simple machines for producing huge forces are the ____ Cylinders
____ Mechanical Advantage= First-Out/First-In
What does the system "t" represent?
The energy of speed is _____ speed.
m= _____ in the American Metric System
Force Multiplied by Distance

Down

____ Machines have no power supply.
(Distance/Time)/Time
Force Out/Force In= _____ Advantage
The abbreviation for the ____ system is MKS.
Distance/Time
If the pressure is not the same everywhere, then the ____ flows.
____ Mechanical Advantage= Distance-In/Distance Out
Now measured by atomic clocks.

20 Clues: Force/Area • Distance/Time • 1_____= 1N/m^2 • (Distance/Time)/Time • 1 horse power= 746 ____ • My teacher calls himself • Force Multiplied by Distance • Now measured by atomic clocks. • Work Out/Work In= Percent _____ • ____ Machines have no power supply. • Force Out/Force In= _____ Advantage • What does the system "t" represent? • The energy of speed is _____ speed. • ...

All About Physics? 2016-02-02

Across

Light that generally comes from the electrons in very hot object.
Professor of this Physics course/" Our teacher calls himself"
the distance travelled in a particular direction from a specified origin
Ratio of potential difference across device to current through it.
Antiparticle equivalent of electron.
Device that changes force needed to do work.
Condition in which net force is equal to zero. Condition in which net torque on object is zero.
One of the scalar versions of velocity and displacement.
A diagram/bookkeeping device that helps in conceptualizing and calculating interactions between particles in spacetime
Are made up of neutrons and protons, n and p.
The force of gravity on a body.

Down

Unit of electrical charge. Charge caused by flow of one ampere for one second.
Device used to measure very small currents.
Non-material property capable of causing changes in matter.
Force opposing relative motion of two objects are in contact.
It is a light and its relatives, from short wave length to long wavelength:
He developed the general theory of relativity, one of the two pillars of modern physics.
Aparticles are just electrons that come from the nucleius when a neutron changes into a proton.
Atomic nuclei having same number of protons but different numbers of neutrons.
Power- the rate of doing work;unit of power, one joule per second.

20 Clues: The force of gravity on a body. • Antiparticle equivalent of electron. • Device used to measure very small currents. • Device that changes force needed to do work. • Are made up of neutrons and protons, n and p. • One of the scalar versions of velocity and displacement. • Non-material property capable of causing changes in matter. • ...

Physics 1164-003 2016-04-19

Across

an electromotive force or potential difference expressed in volts
A molecule in which one side of the molecule is slightly negative and the opposite side is slightly positive
The opposition of a body or substance to current passing through it, resulting in a change of electrical energy into heat or another form of energy.
A bond formed when two atomic orbitals combine and form a molecular orbital that is symmetrical around the axis connecting the two atomic nuclei.
A neutral group of atoms joined together by covalent bonds
A tightly bound group of atoms that behaves as a unit and has a positive or negative charge
Attractions between molecules caused by the electron motion on one molecule affecting the electron motion on the other through electrical forces.
a bond formed when two atoms share a pair of electrons
The combination of all forces acting upon an object
Force that exists between any two objects that have mass
The two weakest intermolecular attractions - dispersion interactions and dipole forces
A pair of valence electrons that is not shared between atoms.
base unit for electrical current.
Number of times the input force is multiplied by a machine
a covalent bond in which the electrons are shared equally by the two atoms
, The International System unit of electric potential and electromotive force, equal to the difference of electric potential between two points on a conducting wire carrying a constant current of one ampere when the power dissipated between the potential
Energy an object has because of its motion
Force exerted by a machine to overcome some type resistance
A covalent bond in which the bonding electrons are most likely to be found in sausage-shaped regions above and below the bond axis of the bonded atoms.
A primary cell having a liquid electrolyte
the energy required to break the bond between two covalently bonded atoms.
attractive forces in which a hydrogen covalently bonded to a very electronegative atom is also weakly bonded to an unshared electron pair of another electronegative atom
States that a the momentum of objects that collide with each other doesn't change
Electric discharge resulting from the accumulation of electric charge on an insulated body.
a covalent bond between atoms in which the electrons are shared unequally
electric current that reverses its direction of flow in a regular pattern
the passage of electricity through a conductor
Force exerted on a machine
Acceleration happens when a net force acts on a mass
the process by which electrical or magnetic properties are transferred, without physical contact, from one circuit or body to another
A molecule that has two poles, or regions, with opposite charges.
A structural or procedural diagram, especially of an electrical or mechanical system
Energy stored in an object because of no movement
one of the basic properties of the elementary particles of matter giving rise to all electric and magnetic forces and interactions.
When two or more forces act on an object and cancel each other out
An electric circuit connected so that current passes through each circuit element in turn without branching

Down

ORBITAL An orbital that applies to the entire molecule
A bond angle of 109.5 degrees that results when a central atom forms four bonds directed toward the center of a regular tetrahedron
Speed and direction of a moving object
One of the two or more equally valid electron dot structures of a molecule or polyatomic ion
A chemical formula that shows the arrangement of atoms in a molecule or polyatomic ion
the mixing of several atomic orbitals to form the same total number of equivalent hybrid orbitals
Slows down an object that is in motion
Prevents an object from moving when a force is applied
A solid in which all of the atoms are covalently bonded to each other.
the process by which electrical or magnetic properties are transferred, without physical contact, from one circuit or body to another
a flow of electric charge
Gravitational force between yourself and Earth
A molecular orbital that can be occupied by two electrons of a covalent bond.
A chemical formula of a molecular compound that shows the kinds and numbers of atoms present in a molecule of a compound.
A covalent bond in which one atom contributes both bonding electrons.
A bond formed by the sharing of electrons between atoms.
A piece of magnetic material that retains its magnetism after it is removed from a magnetic field
A device used to transfer electric energy from one circuit to another, especially a pair of multiply wound, inductively coupled wire coils that effect such a transfer with a change in voltage, current, phase, or other electric characteristics.
An electric current flowing in one direction only
Man who established the Three Laws of Motion
a cell in which the electrolyte exists in the form of a paste, is absorbed in a porous medium, or is otherwise restrained from flowing.
A bond in which two atoms share two pairs of electrons
Valence-shell electron-pair repulsion theory; because electron pairs repel, molecules adjust their shapes so that valence electron pairs are as far apart as possible.
Cause of an object to speed up, slow down, or turn
A molecule consisting of two atoms
A covalent bond in which three pairs of electrons are shared by two atoms
A magnet consisting essentially of a coil of insulated wire wrapped around a soft iron core that is magnetized only when current flows through the wire.
Speed of an object at an instant
intermolecular forces resulting from the attraction of oppositely charged regions of polar molecules.
Every action has an opposite and equal reaction
An object at rest will stay at rest, an object in motion will stay in motion
A compound that is composed of molecules.
any phenomenon associated with stationary or moving electrons, ions, or other charged particles
product of mass and velocity
When two or more forces act on an object and do not cancel each other left
Force that pushes back when you are pushing, sliding, or rolling something
A closed circuit in which the current divides into two or more paths before recombining to complete the circuit
A covalent bond between atoms in which the electrons are shared unequally.
Ability for an object to resist change in its motion
Is usually formulated as V = IR, where V is the potential difference, or voltage, I is the current, and R is the resistance of the conductor.
Upward force by a fluid when an object is placed in the fluid
A push or pull
Distance divided by time

79 Clues: A push or pull • Distance divided by time • a flow of electric charge • Force exerted on a machine • product of mass and velocity • Speed of an object at an instant • base unit for electrical current. • A molecule consisting of two atoms • Speed and direction of a moving object • Slows down an object that is in motion • A compound that is composed of molecules. • ...

Physics 1164-003 2016-04-19

Across

ORBITAL An orbital that applies to the entire molecule
any phenomenon associated with stationary or moving electrons, ions, or other charged particles
A device used to transfer electric energy from one circuit to another, especially a pair of multiply wound, inductively coupled wire coils that effect such a transfer with a change in voltage, current, phase, or other electric characteristics.
base unit for electrical current.
Force that pushes back when you are pushing, sliding, or rolling something
The opposition of a body or substance to current passing through it, resulting in a change of electrical energy into heat or another form of energy.
A bond formed by the sharing of electrons between atoms.
A pair of valence electrons that is not shared between atoms.
Valence-shell electron-pair repulsion theory; because electron pairs repel, molecules adjust their shapes so that valence electron pairs are as far apart as possible.
a bond formed when two atoms share a pair of electrons
A magnet consisting essentially of a coil of insulated wire wrapped around a soft iron core that is magnetized only when current flows through the wire.
A bond in which two atoms share two pairs of electrons
A molecule in which one side of the molecule is slightly negative and the opposite side is slightly positive
electric current that reverses its direction of flow in a regular pattern
the process by which electrical or magnetic properties are transferred, without physical contact, from one circuit or body to another
intermolecular forces resulting from the attraction of oppositely charged regions of polar molecules.
Energy an object has because of its motion
A push or pull
a covalent bond between atoms in which the electrons are shared unequally
A bond angle of 109.5 degrees that results when a central atom forms four bonds directed toward the center of a regular tetrahedron
A neutral group of atoms joined together by covalent bonds
the energy required to break the bond between two covalently bonded atoms.
When two or more forces act on an object and cancel each other out
a covalent bond in which the electrons are shared equally by the two atoms
A chemical formula that shows the arrangement of atoms in a molecule or polyatomic ion
The two weakest intermolecular attractions - dispersion interactions and dipole forces
Force that exists between any two objects that have mass
Acceleration happens when a net force acts on a mass
A covalent bond in which three pairs of electrons are shared by two atoms
Electric discharge resulting from the accumulation of electric charge on an insulated body.
one of the basic properties of the elementary particles of matter giving rise to all electric and magnetic forces and interactions.
A chemical formula of a molecular compound that shows the kinds and numbers of atoms present in a molecule of a compound.
Slows down an object that is in motion
the mixing of several atomic orbitals to form the same total number of equivalent hybrid orbitals
A bond formed when two atomic orbitals combine and form a molecular orbital that is symmetrical around the axis connecting the two atomic nuclei.
Energy stored in an object because of no movement
Force exerted on a machine
Gravitational force between yourself and Earth
An electric current flowing in one direction only
Speed and direction of a moving object

Down

Is usually formulated as V = IR, where V is the potential difference, or voltage, I is the current, and R is the resistance of the conductor.
Cause of an object to speed up, slow down, or turn
Force exerted by a machine to overcome some type resistance
Man who established the Three Laws of Motion
A solid in which all of the atoms are covalently bonded to each other.
Ability for an object to resist change in its motion
attractive forces in which a hydrogen covalently bonded to a very electronegative atom is also weakly bonded to an unshared electron pair of another electronegative atom
Distance divided by time
A covalent bond between atoms in which the electrons are shared unequally.
A structural or procedural diagram, especially of an electrical or mechanical system
Every action has an opposite and equal reaction
A molecule consisting of two atoms
A covalent bond in which one atom contributes both bonding electrons.
A piece of magnetic material that retains its magnetism after it is removed from a magnetic field
the passage of electricity through a conductor
A primary cell having a liquid electrolyte
Attractions between molecules caused by the electron motion on one molecule affecting the electron motion on the other through electrical forces.
A molecular orbital that can be occupied by two electrons of a covalent bond.
One of the two or more equally valid electron dot structures of a molecule or polyatomic ion
Number of times the input force is multiplied by a machine
A compound that is composed of molecules.
A closed circuit in which the current divides into two or more paths before recombining to complete the circuit
Speed of an object at an instant
When two or more forces act on an object and do not cancel each other left
A tightly bound group of atoms that behaves as a unit and has a positive or negative charge
The combination of all forces acting upon an object
An object at rest will stay at rest, an object in motion will stay in motion
a flow of electric charge
States that a the momentum of objects that collide with each other doesn't change
Prevents an object from moving when a force is applied
The International System unit of electric potential and electromotive force, equal to the difference of electric potential between two points on a conducting wire carrying a constant current of one ampere when the power dissipated between the potential
An electric circuit connected so that current passes through each circuit element in turn without branching
a cell in which the electrolyte exists in the form of a paste, is absorbed in a porous medium, or is otherwise restrained from flowing.
an electromotive force or potential difference expressed in volts
A covalent bond in which the bonding electrons are most likely to be found in sausage-shaped regions above and below the bond axis of the bonded atoms.
Upward force by a fluid when an object is placed in the fluid
product of mass and velocity
A molecule that has two poles, or regions, with opposite charges.

78 Clues: A push or pull • Distance divided by time • a flow of electric charge • Force exerted on a machine • product of mass and velocity • Speed of an object at an instant • base unit for electrical current. • A molecule consisting of two atoms • Slows down an object that is in motion • Speed and direction of a moving object • A compound that is composed of molecules. • ...

Physics and Astronomy 2017-05-19

Across

Force x Distance
symbol for the rate of change of angular position of a rotating body.
is a wave in a medium in which each point on the axis of the wave has an associated constant amplitude.
the energy possessed by a body by virtue of its position relative to others, stresses within itself, electric charge, and other factors.
(vf-vi)/t
Mass x Acceleration
National Aeronautics and Space Administration
the interference of two waves of equal frequency and opposite phase, resulting in their cancellation where the negative displacement of one always coincides with the positive displacement of the other.
the closest galaxy to the Milky Way
created laws for circuits such as the point and junction rule
Jupiter's largest moon
a stable subatomic particle with a charge of negative electricity
the program that was designed to send humans to the moon
the force that attracts a body toward the center of the earth, or toward any other physical body having mass.
the twisting force that tends to cause rotation

Down

energy that a body possesses by virtue of being in motion.
defined as an integer (whole number) multiple of the fundamental frequency
largest planet in the solar system
created three fundamental laws of physics
the program that sent two probes to explore the outer reaches of the solar system
A wave that oscillates perpendicular to the axis along which the wave travels
the interference of two or more waves of equal frequency and phase, resulting in their mutual reinforcement and producing a single amplitude equal to the sum of the amplitudes of the individual waves.
The man who derived F = kx
Distance/Time
the sum of the potential and kinetic energy in an object that is used to do work
symbol for the quantitative expression of the change in angular velocity that a spinning object undergoes per unit time.
a stable subatomic particle with a positive charge
smallest planet in the solar system
Created laws of planetary and satellite motion
furthest planet from the sun

30 Clues: (vf-vi)/t • Distance/Time • Force x Distance • Mass x Acceleration • Jupiter's largest moon • The man who derived F = kx • furthest planet from the sun • largest planet in the solar system • the closest galaxy to the Milky Way • smallest planet in the solar system • created three fundamental laws of physics • National Aeronautics and Space Administration • ...

Physics Terms -1 2017-04-19

Across

A scalar quantity, speed = distance / time
The unit of potential difference (p.d.) or electromotive force (e.m.f.)
The maximum displacement of a wave from its rest/mean position
= force x perpendicular distance from the pivot to the line of action of the force
The rate of change of displacement with respect to time
The acceleration of a body falling under gravity (9.81ms-2 on earth)
A physical quantity, measured in cubic metres(m3)
The work done in moving a unit positive charge from one point to the other.
The SI unit of work done, or energy, when a force of one newton moves an object one metre.
A type of force due to an engine (usually forward force).
A force experienced due to the pressure difference of the fluid at the top and bottom.
A device used to measure the potential difference , connected in parallel.
The (instantaneous) rate of change of velocity in respects to time
Density is the mass of a body per unit volume
The number of waves that pass a fixed point in a unit of time
The unit of power , = energy / time
A device used to measure the electric current in a circuit, connected in series.
The rate at which work is done.

Down

A quantity with magnitude and direction.
A vector quantity, the distance of an object from its initial position in a direction
When resistive forces = driving force, acc = 0, so it cannot travel any faster.
A SI quantity, measured in kelvin (K).
Zero on the thermodynamic temperature scale, equal to -273.15 degrees Celsius
An electrical component that changes its resistance depending on its temperature.
Two equal, opposite and parallel forces which create rotational force.
The energy an object possesses due to its motion, given by KE = 0.5 x m x v²
The property of a material that measures it resistance to electric current.
A form of electromagnetic wave . It may cause sun tanning.
The energy transferred when an object is moved through a distance by a force.
The load applied to an object per unit surface area.
The gravitational force acting on a body, measured in newtons (N).
The stored ability to do work
A quantity with magnitude but no direction.
The time taken for one complete oscillation. Denoted by 'T'. T=1/f
Unit in which force is measured. Symbol "N".

35 Clues: The stored ability to do work • The rate at which work is done. • The unit of power , = energy / time • A SI quantity, measured in kelvin (K). • A quantity with magnitude and direction. • A scalar quantity, speed = distance / time • A quantity with magnitude but no direction. • Unit in which force is measured. Symbol "N". • Density is the mass of a body per unit volume • ...

Physics Crossword Puzzle 2017-09-22

Across

An object at rest will stay at rest, and an object in motion will stay in motion at constant rate,unless acted upon by an unbalanced force
result to change in the state of motion of the body on which it acts
Parallel to surface, opposing direction of motion
forces that keep a stationary object at rest
force applied to an object by a person or another object
force that slows down a moving object
change in position of an object with respect to time
allows interaction within the atom resulting to radioactive decay of some nuclei
upward push in spite the pull of gravity
Opposite charges attract, Like Charges repel
attractive force between all objects
A body acted on by a force will accelerate such that force equals mass times acceleration
For every action there is an equal and opposite reaction

Down

the force that gravity exerts upon an object
the energy possessed by a body by virtue of its position relative to others
force that works against and tries to prevent an object from moving or stop a moving object
non contact forces
holds the protons and neutrons in the nucleus together
contact forces
the amount of matter in an object
acts and opposes on objects traveling on air
mass

22 Clues: mass • contact forces • non contact forces • the amount of matter in an object • attractive force between all objects • force that slows down a moving object • upward push in spite the pull of gravity • the force that gravity exerts upon an object • forces that keep a stationary object at rest • Opposite charges attract, Like Charges repel • ...

Y10 Physics Revision 2017-11-14

Across

quantity with direction (e.g. velocity)
quantity with no direction (e.g. distance)
magnitude in years of age of the universe
force of gravity on a mass
theory of the beginning of the universe
closest star to Earth
longest wavelength electromagnetic radiation
rate of change of speed
type of background radiation that provides evidence for the Big Bang
the lightest element in the universe
change in sound as frequency of sound wave changes

Down

push or pull
part of the electromagnetic spectrum used for cancer treatment
change in sound as amplitude of sound wave changes
type of wave where particles oscillate parallel to wave direction
distance light travels in one year
resistance to change in motion
net force is zero
unit for force
increase in light wavelength from sources moving away

20 Clues: push or pull • unit for force • net force is zero • closest star to Earth • rate of change of speed • force of gravity on a mass • resistance to change in motion • distance light travels in one year • the lightest element in the universe • quantity with direction (e.g. velocity) • theory of the beginning of the universe • magnitude in years of age of the universe • ...

Physics 10 Mechanics 2018-01-13

Across

My teacher calls himself
the force which opposes motion when one surface moves over another. it is caused by the roughness of the surfaces
upward force on a body which is immersed in a flud (liquid or gas)
the rate of change of velocity with time a vector, units m/s/s
the property of matter which makes it resist acceleration
a force produced in a body. the opposite is compression
collisions the total ke is decreased ; perfectly inelastic if they stick together
the force of gravity on a body
the rate of doing work. watts
the ability to do work
upward force on the wing of an aircraft due to the air flowing around it
and distance the scalar versions of velocity and displacement

Down

energy energy an object has as a result of its motion
the distance traveled in a particular direction from a specified origin
the value of a quantity measured at an instant in time, as opposed to an average quantity measured over a period of time
is done when a force moves an object in the direction of force. scalar
the rate of change of displacement with time. a vector, units m/s
fraction of energy which is usefully transferred
an unbalanced force causes an acceleration
one newton is the force which will accelerate
change in momentum. a vector
reaction two objects contact each other exert a force on each other which is perpendicular to the surface

22 Clues: the ability to do work • My teacher calls himself • change in momentum. a vector • the rate of doing work. watts • the force of gravity on a body • an unbalanced force causes an acceleration • one newton is the force which will accelerate • fraction of energy which is usefully transferred • energy energy an object has as a result of its motion • ...

Physics 10 Mechanics 2018-01-13

Across

upward force on the wing of an aircraft due to the air flowing around it
reaction two objects contact each other exert a force on each other which is perpendicular to the surface
an unbalanced force causes an acceleration
fraction of energy which is usefully transferred
upward force on a body which is immersed in a flud (liquid or gas)
is done when a force moves an object in the direction of force. scalar
the rate of change of velocity with time a vector, units m/s/s
the property of matter which makes it resist acceleration
a force produced in a body. the opposite is compression
the rate of doing work. watts
collisions the total ke is decreased ; perfectly inelastic if they stick together
one newton is the force which will accelerate
and distance the scalar versions of velocity and displacement

Down

change in momentum. a vector
the ability to do work
the distance traveled in a particular direction from a specified origin
the force which opposes motion when one surface moves over another. it is caused by the roughness of the surfaces
the value of a quantity measured at an instant in time, as opposed to an average quantity measured over a period of time
the rate of change of displacement with time. a vector, units m/s
energy energy an object has as a result of its motion
My teacher calls himself
the force of gravity on a body

Crossword Physics (physcom) 2018-04-10

Crossword Physics (physcom) crossword puzzle

Across

the joining of two nuclei to form a new, heavier nucleus
when an atom gains or loses electrons
the energy transferred in 1 second
Avogadro's constant is also known as______
high frequency electromagnetic waves (ejected from an unstable nucleus)
_________(of a radioactive source) is the number of decays per second
the charge transferred in 1 second
the displacement travelled in 1 second
another name for universe
the distance travelled by light in 1 year
the energy given to each coulomb of charge by the power supply or battery

Down

these particles represent force
the splitting of a heavy nucleus into two smaller pieces along with two or three neutrons
a fast moving electron (ejected from an unstable nucleus)
the force exerted on 1 square metre
the particle that expresses the particle nature of light
branch of mathematics that deals with derivatives and integrals
some say it is an EM wave some say it is a particle
an inclined plane wrapped helically around its axis
time for the activity of a radioactive source to decrease by half

20 Clues: another name for universe • these particles represent force • the energy transferred in 1 second • the charge transferred in 1 second • the force exerted on 1 square metre • when an atom gains or loses electrons • the displacement travelled in 1 second • the distance travelled by light in 1 year • Avogadro's constant is also known as______ • ...

Physics, Lesson 1 2017-01-27

Across

can be used to describe objects, conditions, events, or changes that might be occurring
symbols are used in an equation, a statement that describes a relationship where the quantities on one side of the equal sign are identical to the quantities on the other side
system developed from earlier Greek and Roman methods of measurement
experiment compares two situations in which all the influencing factors are identical except one
proportion when two variables increase (or decrease) together in the same ratio, they are said to be in direct proportion
is a relationship between two numbers that is obtained when one number is divided by another number
"pseudo" means fals; a deceptive practice that uses the appearance or language of science to convince, confuse, or mislead people into thinking that something has scientific validity when it does not
principle describes a more specific set of relationships than is usually identified in a law
properties cannot be defined in simpler terms other than to describe how it is measured
system was established by the French Academy of Sciences in 1791
proportion other common relationships include one variable increasing in proportion to the square or to the inverse square of a second variable
is a process of comparing a property to a well-defined and agreed-upon referent
is defined as the mass of a particular cylinder made of platinum and iridium, kept by the International Bureau of Weights and Measures in France
defines a metric unit that is commonly used to measure liquid

Down

means the extent of a surface, and each cube has six surfaces, or faces (top, bottom, and four sides)
refers to a specific quantity of an object or event that can have different values
defined as mass per unit volume
that you refer to, or think of, a given property in terms of another, more familiar object
a tentative thought-or experiment-derived explanation
was originally defined as 1/86,400 of a solar day (1/60 x 1/60 x 1/24)
broad working hypothesis that is based on extensive experimental evidence
well-defined and agreed-upon referent is used as a standard called a unit
the symbols actually represent quantities, or measured properties
means how much space something occupies and size being described
qualities or attributes that, taken together, are usually peculiar to an object
constant to make a statement of proportionality into an equation, you need to apply a proportionality constant, which is sometimes given the symbol k
a re-creation of an event or occurrence in a way that enables a scientist to support or disprove a hypothesis
unit makes it possible to communicate and duplicate measurements
constant Numerical constant-A proportionality constant in an equation might be a numerical constant, a constant that is without units
description of a theory or idea that accounts for all known properties
is defined as the distance that light travels in a vacuum during certain time period, 1/299,792,458 second

31 Clues: defined as mass per unit volume • a tentative thought-or experiment-derived explanation • defines a metric unit that is commonly used to measure liquid • means how much space something occupies and size being described • unit makes it possible to communicate and duplicate measurements • system was established by the French Academy of Sciences in 1791 • ...

Physics Christmas Test 2018-12-05

Across

The planet we live on
The name for all of the parts in a circuit
The variable that we measure in an experiment
The planet closest to the Sun
The force that lifts an aeroplane
The largest star in our solar system
The first stage in a star's life cycle
The force that shows down and aeroplane
The variable that we change in an experiment
The force that tries to pull an aeroplane down
The reason we draw a graph is to find the...

Down

Used to measure voltage
What AC stands for
What DC stands for
Used to measure current
The galaxy that we live in
The next stage the sun will be in it's life cycle
The largest planet
The coldest planet
The hottest planet

20 Clues: What AC stands for • What DC stands for • The largest planet • The coldest planet • The hottest planet • The planet we live on • Used to measure voltage • Used to measure current • The galaxy that we live in • The planet closest to the Sun • The force that lifts an aeroplane • The largest star in our solar system • The first stage in a star's life cycle • ...

Physics G3 M.N. 2022-01-04

Across

Thinking about something
of Conservation of Mass Matter Neither Created nor destroyed.
Having the ability to see something.
Something that that has a natural State.
A useful thing that helps you solve something.
question A question that you desire to answer.
Amount of Space occupied
Variables that are controlled.
Something that can show your proof.
Instrument determining pressure.
Being able to do something over Time.
the spreading of something.
Not certain or fixed.
Zero Is Freezing Point
Emission of high Energy
Contains Weight

Down

equal on all sides
Contains Heat
Degree of heat
continuous force over time.
an idea purposed but not certain fact.
Proportional As one becomes larger, other becomes smaller.
Scientific Theory that needs to be proven.
Movement in Heat in a rotation.
Makes stuff warm
Something you can easily foresee.
Conducts through things.
Energy contained withing a system.
A body of matter
Scale Temperature Scale Not used in US
Pressure exerted by weight of atmosphere

31 Clues: Contains Heat • Degree of heat • Contains Weight • Makes stuff warm • A body of matter • equal on all sides • Not certain or fixed. • Zero Is Freezing Point • Emission of high Energy • Thinking about something • Amount of Space occupied • Conducts through things. • continuous force over time. • the spreading of something. • Variables that are controlled. • Movement in Heat in a rotation. • ...

physics crossword A.E 2022-01-04

Across

A display of something
the movement caused within a fluid
the lowest temperature that is theoretically possible
the spreading of something more widely.
the quantity of matter which a body contains,
corresponding in size or amount to something else.
the emission of energy as electromagnetic waves
the amount of space that a substance or object occupies
proof
a substance which does not readily allow the passage of heat or sound
energy associated with microscopic forms of energy.
Same thing
an instrument measuring atmospheric pressure
the pressure exerted by the weight of the atmosphere
the action on thinking something
one which the researcher holds constant
Something natural
the degree of compactness of a substance.

Down

methodological point of departure of scholarly research
proposed explanation made on the basis of limited evidence
principle of physics
the process by which heat or electricity is directly transmitted
something your not certain of
possesing something
if one variable increases the other will decrease
to comprehend something
continuous physical force exerted on or against an object
to predict
the scale of temperature
the quality of being hot
the degree or intensity of heat

31 Clues: proof • to predict • Same thing • Something natural • possesing something • principle of physics • A display of something • to comprehend something • the scale of temperature • the quality of being hot • something your not certain of • the degree or intensity of heat • the action on thinking something • the movement caused within a fluid • the spreading of something more widely. • ...

Physics- Waves Crossword 2022-04-29

Physics- Waves Crossword crossword puzzle

Across

The condition of a system whe neither its state of motion nor energy change with time.
The phenomina that occurs when a wave encounters an obstical/opening.
The change in frequency of a wave in relation to an observer.
The opposite of a Crest.
The phenomeon of increased amplitude.
The speed of something in a given direction.
A group of atoms banded together.
A minute portion of matter.
Movement back & forth at a regular speed.
Geographic coordinate thats the specific east-west position on the globe.

Down

Diminition in the density of something (air or gas.
The measure of the height of a wave.
The # of occurences of a repeating event per unit of time.
The max value of upward displacement within a cycle.
A wave whose ocillations are perpendicular to the waves advance.
Application of balanced inward forces to different points on a material.
The fact/phenominon of light, radio waves, etc being deflected in passing obliquely through the interface between one medium and another.
The distance between crests of a wave.
A propagating dynamic disturbance of one or more quantities.
The magnitude of the rate of change.

20 Clues: The opposite of a Crest. • A minute portion of matter. • A group of atoms banded together. • The measure of the height of a wave. • The magnitude of the rate of change. • The phenomeon of increased amplitude. • The distance between crests of a wave. • Movement back & forth at a regular speed. • The speed of something in a given direction. • ...

Physics- Waves Crossword 2022-04-29

Across

The condition of a system whe neither its state of motion nor energy change with time.
The phenomina that occurs when a wave encounters an obstical/opening.
The change in frequency of a wave in relation to an observer.
The opposite of a Crest.
The phenomeon of increased amplitude.
The speed of something in a given direction.
A group of atoms banded together.
A minute portion of matter.
Movement back & forth at a regular speed.
Geographic coordinate thats the specific east-west position on the globe.

Down

Diminition in the density of something (air or gas.
The measure of the height of a wave.
The # of occurences of a repeating event per unit of time.
The max value of upward displacement within a cycle.
A wave whose ocillations are perpendicular to the waves advance.
Application of balanced inward forces to different points on a material.
The fact/phenominon of light, radio waves, etc being deflected in passing obliquely through the interface between one medium and another.
The distance between crests of a wave.
A propagating dynamic disturbance of one or more quantities.
The magnitude of the rate of change.

Physics IGCSE MT1 2023-10-02

Across

WATER IS A POOR
WHEN YOU ARE HIT BY A WAVE IT
ONLY OCCURS AT THE SURFACE OF A LIQUID
RICHEST MAN IN USES XRAY GUN
ENERGY STORED IN FOOD
CHANGE IN LENGTH
SOUND WITH FREQUENCY OVER 20,000HZ
1,500M/S - SPEED OF SOUND IN A
3rd longest wavelength
THE TRANSVERSE WAVE IN AN EARTHQUAKE
SATELLITE THAT STAYS ABOVE 1 POSITION
TRANSFERRED BY A WAVE
OPPOSITE OF SHINY
LINE DRAWN AT 90 DEGREES TO A SURFACE
DISTANCE FROM TOP OF WAVE TO MIDPOINT
LIGHT OF A SINGLE FREQUENCY
UNIT OF PRESSURE
COLOUR WITH 2ND LONGEST WAVELENGTH
A SUBSTANCE WITH A HIGH SPECIFIC HEAT CAPACITY
A LENS THAT IS FATTER IN THE MIDDLE
LIGHT PASSING INTO A MATERIAL OF DIFFERENT DENSITY
i=r
REFRACTS THE MOST

Down

SPLITTING WHITE LIGHT INTO ITS COLOURS
THERMAL TRANSFER IN A GAS
NUMBER 1 TYPE OF WASTE ENERGY
MASS X HEIGHT X GRAVITY
OCCURS THROUGHOUT A LIQUID
JOULE PER SECOND
A MEASURE OF HOW MUCH ENERGY IS WASTED
100=373
THIS SCALE HAS AN UPPER FIXED POINT OF 100
TIME IT TAKES A WAVE TO PASS A POINT
WAVES PASSING A GAP IN A BARRIER AND SPREADING OUT
ENERGY FROM HOT WATER UNDERGROUND
THE BEST COLOUR FOR EMITTING RADIATION
NUCLEAR REACTION FOR GENERATING ELECTRICITY
A CHANGE IN THIS PROPERTY CAUSES CONVECTION CURRENTS
ANOTHER WORD FOR DIRECTION OF ENERGY TRAVEL IN A WAVE
DETERMINES HOW COLD AN OBJECT FEELS
THE BEST COLOUR FOR ABSORBING RADIATION
WHEN AN OBJECT IS HEATED IT WILL
LIMIT OF
AFFECTS THE RATE OF THERMAL ENERGY TRANSFER - TEMPERATURE ____
ENERGY STORED IN A STRETCHED MATERIAL
WHEN A SUBSTANCE IS CHANGING STATE, THIS DOES NOT CHANGE
A SIGNAL WHIHC VARIES IN AMPLITUDE
FREQUENCY X WAVELENGTH
WAVES TRAVEL SLOWER IN _____ WATER
HIGH FREQUENCY = HIGH

50 Clues: i=r • 100=373 • LIMIT OF • WATER IS A POOR • JOULE PER SECOND • CHANGE IN LENGTH • UNIT OF PRESSURE • OPPOSITE OF SHINY • REFRACTS THE MOST • ENERGY STORED IN FOOD • TRANSFERRED BY A WAVE • HIGH FREQUENCY = HIGH • 3rd longest wavelength • FREQUENCY X WAVELENGTH • MASS X HEIGHT X GRAVITY • THERMAL TRANSFER IN A GAS • OCCURS THROUGHOUT A LIQUID • LIGHT OF A SINGLE FREQUENCY • ...

Physics Vocab Crossword 2023-11-30

Across

indicates the rate at which displacement changes and the direction of motion
the rate at which distance is traveled
energy that comes from a source and travels through space at the same time
where total amount of kinetic energy IS conserved
a subatomic particle with a mass comparable to a proton and neutron electrical charge
a quantity of how much inertia a dynamic object has
the force of gravity on an object
a change in velocity over time
force that acts in the opposite direction to an action force
the standard unit for the measure of force that produces a movement of one meter in a second

Down

an objects resistance to a change in motion
a force that exists between any two objects with mass and pulls object together
rate of change
a positive electric charge
a negatively charged subatomic particle
the resulting force determined by combining all of the forces acting on an object
the amount of matter in an object
a pull or push that is applied to an object
where total amount of kinetic energy IS NOT conserved
force that is applied to an object

20 Clues: rate of change • a positive electric charge • a change in velocity over time • the amount of matter in an object • the force of gravity on an object • force that is applied to an object • the rate at which distance is traveled • a negatively charged subatomic particle • an objects resistance to a change in motion • a pull or push that is applied to an object • ...

physics term 4 2023-11-13

Across

The transfer of heat by the movement of a liquid or gas
energy energy carried by light e.g the sun
the transfer of energy through a substance from one partical to another. heat is transferred through solids and liquids in this way.
of potential energy a ball at the top of a hill
Potential Energy The energy stored in a system of magnets as a result of the exertion of a magnetic force on each other.
of kinetic energy a moving car
energy stored energy
of Conservation of Energy the law that states that energy cannot be created or destroyed but can be changed from one form to another
variable variable that is manipulated
potential energy Energy stored by something that can stretch or compress
energy relates to the displacement of molecules in a space as a function of the normal thermal motions e.g train on train tracks.
energy Energy caused by an object's vibrations e.g speech
energy the energy contained within a system that is responsible for its temperature e.g boiling water on stove.

Down

design A design in which researchers manipulate an independent variable and measure a dependent variable to determine a cause-and-effect relationship
potential energy Energy stored by objects due to their position above Earth's surface.
the transfer of heat through empty space. no substance is needed.
energy energy of motion
for calculation of potential energy Ep=mgh
potential energy Energy stored in chemical bonds
variable what is measured in an experiment
energy the power an atom's charged particals have to casue an action or move an object. e.g lightning
An educated guess
potential energy potential energy that results from conservative Coulomb forces.
potential energy Energy stored in the nucleus of an atom
for energy effciency Efficiency=output x 100 % input
does G equal? 9.8 m/s^2

26 Clues: An educated guess • energy stored energy • energy energy of motion • does G equal? 9.8 m/s^2 • of kinetic energy a moving car • variable variable that is manipulated • energy energy carried by light e.g the sun • for calculation of potential energy Ep=mgh • variable what is measured in an experiment • of potential energy a ball at the top of a hill • ...

physics chapter 6 2024-02-07

Across

m1v1,i + m2v2,i = m1v1,f +______
interval force ×_________= change in momentum
Collisions and other transfers of momentum occur ______ in everyday life
energy Both momentum and _________ are conserved in an elastic collision.
In an elastic collision, two objects return to their original shapes and move away from the collision _______.
Perfectly inelastic collisions can be ________ in terms of momentum
energy Some kinetic energy is also converted to _______ and internal energy.
Forces in real collisions are not ______during the collisions
the change in momentum of the first object is _______ to and opposite the change in momentum of the second object.
total initial momentum = total ______ momentum
true or false an everyday example of momentum transfers would be a baseball bat hitting a pitch
inelastic collision _________a collision in which two objects stick together after colliding
elastic potential energy In an inelastic collision, kinetic energy is converted to ____________ when the objects deform.
Force is ________ when the time interval of an impact is increased
Momentum has ________ mass × length/time

Down

momentum’s SI units are ________ per second (kg • m/s).
The quantities and kinematic equations describing one-dimensional motion predict the ________ of the ball before and after the ball is struck.
_________ collisions are elastic or perfectly inelastic.
momentum is a ________quantity, with its direction matching that of the velocity
________ the product of the force and the time over which the force acts on an object
In a perfectly inelastic collision, two objects stick together and move as one mass after the ________.
________ is represented by the symbol p.
Momentum is conserved for objects _______ away from each other
Momentum is conserved but kinetic energy is _____ conserved in a perfectly inelastic collision.
collision ______ a collision in which the total momentum and the total kinetic energy are conserved
True or false Most collisions are always elastic or perfectly inelastic
In all interactions between isolated objects, momentum is ________
True/false In an inelastic collision, the total kinetic energy remains constant when the objects collide and stick together.
momentum = _______ × velocity
+ m2 m1v1,i + m2v2,i = (______) vf

30 Clues: momentum = _______ × velocity • m1v1,i + m2v2,i = m1v1,f +______ • ________ is represented by the symbol p. • Momentum has ________ mass × length/time • total initial momentum = total ______ momentum • + m2 m1v1,i + m2v2,i = (______) vf • interval force ×_________= change in momentum • momentum’s SI units are ________ per second (kg • m/s). • ...

physics chapter 6 2024-02-07

Across

momentum = _______ × velocity
Forces in real collisions are not ______during the collisions
The quantities and kinematic equations describing one-dimensional motion predict the ________ of the ball before and after the ball is struck.
energy Some kinetic energy is also converted to _______ and internal energy.
the change in momentum of the first object is _______ to and opposite the change in momentum of the second object.
momentum’s SI units are ________ per second (kg • m/s).
True/false In an inelastic collision, the total kinetic energy remains constant when the objects collide and stick together.
In an elastic collision, two objects return to their original shapes and move away from the collision _______.
interval force ×_________= change in momentum
In all interactions between isolated objects, momentum is ________
+ m2 m1v1,i + m2v2,i = (______) vf
Perfectly inelastic collisions can be ________ in terms of momentum
In a perfectly inelastic collision, two objects stick together and move as one mass after the ________.

Down

collision ______ a collision in which the total momentum and the total kinetic energy are conserved
Momentum is conserved for objects _______ away from each other
Collisions and other transfers of momentum occur ______ in everyday life
Momentum is conserved but kinetic energy is _____ conserved in a perfectly inelastic collision.
total initial momentum = total ______ momentum
elastic potential energy In an inelastic collision, kinetic energy is converted to ____________ when the objects deform.
________ the product of the force and the time over which the force acts on an object
inelastic collision _________a collision in which two objects stick together after colliding
________ is represented by the symbol p.
m1v1,i + m2v2,i = m1v1,f +______
Force is ________ when the time interval of an impact is increased
momentum is a ________quantity, with its direction matching that of the velocity
True or false Most collisions are always elastic or perfectly inelastic
Momentum has ________ mass × length/time
true or false an everyday example of momentum transfers would be a baseball bat hitting a pitch
_________ collisions are elastic or perfectly inelastic.
energy Both momentum and _________ are conserved in an elastic collision.

IB Physics Review 2023-12-12

Across

a quantity with magnitude only
An indication of the agreement among a number of measurements made in the same way
An indication of how close a measurement is to the accepted value (a measure of correctness)
area of high pressure in a longitudinal wave
rate of change of displacement
line drawn perpendicular to a wavefront indicating the direction of motion of the energy transfer
time taken for one complete oscillation
force per unit area acting on a surface
number of oscillations per unit time
a collision in which kinetic energy is not conserved

Down

rate of change of velocity
maximum displacement from the mean position
rate of change of distance
a quantity with both a magnitude and a direction
power received per unit area
area of low pressure (expansion) in a longitudinal wave
a collision in which kinetic energy is conserved
collection of neighboring points on a wave that are in phase
bottom of a transverse wave
top of a transverse wave

20 Clues: top of a transverse wave • rate of change of velocity • rate of change of distance • bottom of a transverse wave • power received per unit area • a quantity with magnitude only • rate of change of displacement • number of oscillations per unit time • time taken for one complete oscillation • force per unit area acting on a surface • maximum displacement from the mean position • ...

Physics Crossword Final 2023-12-11

Physics Crossword Final crossword puzzle

Across

the force acting on the object due to acceleration or gravity.
the quantity of motion of a moving body, measured as a product of its mass and velocity.
a way of writing very large or very small numbers.
the resistance offered by a body to motion
the resistance that one surface or object encounters when moving over another.
the unit for force
quantities that are fully described by both a magnitude and a direction
data that can be counted or measured in numerical values.
information that cannot be counted, measured or easily expressed using numbers.
friction of objects moving past one another
change in momentum
the speed in combination with the direction of motion of an object.
not destroyed or lost
the amount of matter something contains
a quantity that has magnitude and direction

Down

the structural area in the front of a vehicle that are designed to absorb energy upon impact in a predictable way
the amount of rotational motion of an object
friction that holds 2 stationary objects together
the rate of change of velocity per unit of time.
what police care more about
the speed of an object at a particular moment in time.

21 Clues: the unit for force • change in momentum • not destroyed or lost • what police care more about • the amount of matter something contains • the resistance offered by a body to motion • friction of objects moving past one another • a quantity that has magnitude and direction • the amount of rotational motion of an object • the rate of change of velocity per unit of time. • ...

Physics Crossword Puzzel 2023-12-04

Physics Crossword Puzzel crossword puzzle

Across

Inertia
Rest
Work
Force
NetForce
Projectile
Friction
Velocity
Equilibrium

Down

Gravity
Newton
Mass
PotentialEnergy
Reaction
KineticEnergy
Momentum
Energy
Acceleration
Impulse
Motion

20 Clues: Mass • Rest • Work • Force • Newton • Energy • Motion • Gravity • Inertia • Impulse • Reaction • Momentum • NetForce • Friction • Velocity • Projectile • Equilibrium • Acceleration • KineticEnergy • PotentialEnergy

Physics Vocab CrossWord 2024-01-03

Across

Energy transfer
Vector Diagram
Free Body Diagram
Overall effect of a force acting over time
SI unit for force
Rate of change of speed with direction
Only magnitude
How fast an object is moving
Force which stretches' or elongates a flexible medium
Magnitude and direction
Quantifies motion processed by object
Fundamental force of attraction between all matter

Down

Location of object
Distance between origin point and object
Influence which can change motion of object
Force which resistances sliding or rolling
Length between two point
Force exerted on a body by gravity
Any event in which two or more bodies exert forces on each other in a relatively short time
Quantitative measure of inertia
Rate of change of velocity with direction
Capacity to do work

22 Clues: Vector Diagram • Only magnitude • Energy transfer • Free Body Diagram • SI unit for force • Location of object • Capacity to do work • Magnitude and direction • Length between two point • How fast an object is moving • Quantitative measure of inertia • Force exerted on a body by gravity • Quantifies motion processed by object • Rate of change of speed with direction • ...

Physics Vocabulary LK 2024-01-17

Across

quantity that is defined as the rate at which an object changes its velocity.
Any object that is being acted upon only by the force of gravity
for example is what causes a ball to go faster and farther when rolling than a sliding book
amount of matter that is present in an object
quantity that refers to "how much ground an object has covered" during its motion
the force that opposes a motion that takes place within fluids or in between fluids
a set of coordinates that can be used to determine positions and velocities of objects in that frame
vector sum of all the forces that act upon an object.
quantities that are fully described by both a magnitude and a direction.
the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object
force of gravity that acts on an object.
the force exerted by a surface as an object moves across it or makes an effort to move across it.

Down

quantities that are fully described by a magnitude (or numerical value) alone
For every action, there is an equal and opposite reaction
when the surfaces of two objects are at rest relative to one another and a force exists on one of the objects to set it into motion relative to the other object.
results when an object slides across a surface.
An object at rest stays at rest and an object in motion stays in motion with the same speed and in the same direction unless acted upon by an unbalanced force
this is the weight of the object.
quantity that refers to "how far out of place an object is
any place or point or coordinate which you take as standard with respect to which you will standardize other phenomena relatively.
quantity that refers to "the rate at which an object changes its position
push or pull upon an object resulting from the object's interaction with another object.
quantity that refers to "how fast an object is moving.
The change in position in an object over time.
mass in motion

25 Clues: mass in motion • this is the weight of the object. • force of gravity that acts on an object. • amount of matter that is present in an object • The change in position in an object over time. • results when an object slides across a surface. • vector sum of all the forces that act upon an object. • quantity that refers to "how fast an object is moving. • ...

Science Physics Crossword 2024-01-09

Science Physics Crossword crossword puzzle

Across

force put on something
force that pushes things up in liquids and gases
in balance
the weight or force on something
amount of force with which gravity pulls something towards the earth
another name for air resistance
change shape
way of transferring energy through wires
way of saying how much energy sometimes wastes
how fast something is moving
way of transferring energy by waves and is opposite of dark
a sloping surface

Down

a point which something turns
fuel formed from dead animals over millions of years
a way of transferring energy by waves
enerdy stored in moving things
speed of one object compared to another
energy transferred when a force moves an object
the turning effect of a force
a devie such as a lever or ramp
way of transferring energy when stored in moving things
to change speed
a gas or liquid
spread out

24 Clues: in balance • spread out • change shape • to change speed • a gas or liquid • a sloping surface • force put on something • how fast something is moving • a point which something turns • the turning effect of a force • enerdy stored in moving things • another name for air resistance • a devie such as a lever or ramp • the weight or force on something • a way of transferring energy by waves • ...

Science Physics Crossword 2024-01-09

Across

force put on something
force that pushes things up in liquids and gases
in balance
the weight or force on something
amount of force with which gravity pulls something towards the earth
another name for air resistance
change shape
way of transferring energy through wires
way of saying how much energy sometimes wastes
how fast something is moving
way of transferring energy by waves and is opposite of dark
a sloping surface

Down

a point which something turns
fuel formed from dead animals over millions of years
a way of transferring energy by waves
enerdy stored in moving things
speed of one object compared to another
energy transferred when a force moves an object
the turning effect of a force
a devie such as a lever or ramp
way of transferring energy when stored in moving things
to change speed
a gas or liquid
spread out

Science - Physics Revision 2024-01-09

Science - Physics Revision crossword puzzle

Across

The amount of force with which gravity pulls something towards the Earth. Its measured in newtons (N).
A gas or liquid
force The difference between forces in 2 opposite directions
Change of shape.
energy A name used to describe energy when its stored in materials
resistance A force that slows things down that are moving through water. It is caused by friction and by the object pushing the water out of the way.
To change speed.
energy A name used to describe energy when its stored in stretched or squashed objects.
potential energy A name used to describe energy when its stored in objects in high places that can fall down.
energy Energy from the sun.
energy A name used to describe energy when its stored in chemicals. Food, fuels and batteries all stored chemical energy.
A way of transferring energy through wires.
per seconds Unit for distance is metres and time is seconds.
resource Any energy resource that will run out because we cannot renew our supplies of it.
forces When 2 forces on an object are the same strength, but in opposite directions its caused by friction.
energy a name used to describe energy when it is stored in hot objects. The hotter something is the more thermal energy it has.
potential energy a name used to to describe energy when its stored in stretched or squashed things that can change back back to their original shapes.
A force between 2 objects that are touching. It usually acts to slow things down or prevent movement.

Down

per hours unit for speed when the distance is measured in kilometers.
A force that pushes things up in liquids and gases
graph A graph that shows how far and how fast something travels.
fuels A fuel from the remains of a dead organism over millions of years.
Another name for air resistance or water resistance
A way of transferring energy from hot substances to cold ones.
forces When 2 forces acting in opposite directions on an object are not the same strength they change the motion of objects.
A way of transferring energy by waves. Sound waves travel through substances. They cannot travel through a vacuum.
A way of transferring energy by waves.
resistance A force that slows things down that are moving through air
resource An energy resource that will never run out.
speed The total distance something travels divided by the total time takes is the mean.

30 Clues: A gas or liquid • Change of shape. • To change speed. • energy Energy from the sun. • A way of transferring energy by waves. • A way of transferring energy through wires. • A force that pushes things up in liquids and gases • Another name for air resistance or water resistance • resource An energy resource that will never run out. • ...

STEM Physics Crossword 2024-04-03

Across

Force is measured by (N)
The response of a system to an applied force
The law that is also called Inertia
Force of attraction that exists between any two masses-Hint(Pulls you down to Earth)
The push or pull on an object with mass causes it to change its velocity
No change in motion is called a ________ Force
The action of one surface or object rubbing against another
The law that is also called Action-Reaction
Always causes a change in motion is called a _______ Force
Kind of energy that is in motion
The law that is also called Acceleration

Down

Kind of energy that is stored
Process of changing place or position
Quantitative measure of inertia, a fundamental property of all matter
An object in motion or at rest stays that way unless acted upon by an outside force
Speed up, slow down, or change direction
Speed in a given direction
Net force is the _______ of all forces acting on an object
Equal and opposite reaction
Distance an object travels per unit

20 Clues: Force is measured by (N) • Speed in a given direction • Equal and opposite reaction • Kind of energy that is stored • Kind of energy that is in motion • The law that is also called Inertia • Distance an object travels per unit • Process of changing place or position • Speed up, slow down, or change direction • The law that is also called Acceleration • ...

Chapter 7 Physics 2024-03-14

Across

Who was the mathematician and philosopher who developed the theory of planetary motion which attempted to reconcile observation with theory and to keep earth at the center of our universe?
the mutual force of attraction between particles of matter
The tides of oceans result from the __________ between the gravitational force at Earth’s surface and at Earth’s center.
the perpendicular distance from the axis of rotation to a line drawn along the direction of the force
On the side of the Earth that is nearest to the moon, the moon’s gravitational force is ________ than it is at Earth’s center.
The tangential speed depends on the ______ from the object to the center of the circular path.
a quantity that measures the ability of a force to rotate an object around some axis
The equation for centripetal acceleration can be combined with Newton’s _______ to create the whole equation.
A gravitational force is an interaction between a mass and the gravitational _____ created by other masses.
mass In Newton’s second law the variable m is also called ________ because m refers to the property of an object to resist acceleration.
When the tangential speed is constant, the motion is described as ____________________.
Gravitational force acts between all masses and gravitational force always _________ objects to one another.
What term can be used to describe the speed of an object in circular motion?
All machines are combinations or modifications of six fundamental types of machines called what?

Down

In Newton’s law of universal gravitation what does the variable G represent in the equation?
The net force that is directed toward the center of an object's circular path.
the acceleration directed toward the center of a circular path
When a passenger hits a door when turning in the car, the force that pushes the passenger outward is also known as what?
Since centripetal force acts at __________ to an object's circular motion, the force changes the direction of the object’s velocity.
The factors that cause ocean tides are the moon’s gravitational force, depth of the ocean basins, Earth’s _____ and rotation, and friction between the ocean water and the ocean floor.
When an object revolves around a single axis has circular motion, and the line that that the axis is rotating about is called what name?
On the opposite side of the Earth, the gravitational force is _______ than it is at the center.
Since velocity is a vector, acceleration can be produced by a change in the ______ of the velocity, a change in the direction of the velocity, or both.
In Newton's example of gravitational force the cannonball is a ________ and the horizontal distance that each cannonball covers increases as the cannonball’s initial speed increases.
Who was the philosopher who conducted an experiment that determined the value of the constant G?
Kelpler’s first law states that the planets’ _______ are ellipses rather than circles.
Kelpler’s second law states that an _______ line from the sun to any planet sweeps out equal areas in equal times.
Even though Gravitational force exists between any two masses of objects, these objects ______ don’t matter since they are regarded.
What direction is the centripetal acceleration always directed towards in a circle?
In the theory of planetary motion planets travel in small circles called______ while simultaneously traveling in larger circular orbits.

30 Clues: the mutual force of attraction between particles of matter • the acceleration directed toward the center of a circular path • What term can be used to describe the speed of an object in circular motion? • The net force that is directed toward the center of an object's circular path. • ...

Physics Complete Me! 2024-06-05

Across

Common SI unit for electric charge.
The physical phenomenon produced by moving electric charge.
Type of electromagnetic radiation used in medical imaging and having a higher frequency than ultraviolet but lower than gamma rays.
Electricity and magnetism are two related phenomena produced by electromagnetic force. Together, they form ___.
Magnetic particles have a "north" and "south" ___.
Common SI unit for resistance.
A magnetic field induces electric charge movement, producing an ___.
Moving a loop of wire toward or away from a magnetic field ___ a current in the wire.
The rule stating the direction of the magnetic field follows the fingers of your right hand if your thumb is pointing in the current direction.

Down

An electric current in a wire generates a ___ around the wire.
Common SI unit for potential difference.
Positive and negative charges ___ each other.
A familiar example of electricity, seen in lightning or the shock from touching a doorknob.
A particle of electromagnetic radiation.
A negatively charged elementary particle.
Common SI unit for power.
The type of radiation with the shortest wavelength and highest frequency in the electromagnetic spectrum.
Common SI unit for electric current.
A positively charged elementary particle.
SI unit for magnetic flux.
The bending of light when it moves from one medium to another.
SI unit for magnetic flux density.

22 Clues: Common SI unit for power. • SI unit for magnetic flux. • Common SI unit for resistance. • SI unit for magnetic flux density. • Common SI unit for electric charge. • Common SI unit for electric current. • Common SI unit for potential difference. • A particle of electromagnetic radiation. • A negatively charged elementary particle. • A positively charged elementary particle. • ...

Final Physics Puzzle 2024-06-02

Across

the attractive force between two objects
energy the total kinetic energy of particles in a substance
the energy of motion
the tendency to resist changes in motion
a push or a pull
the amount of matter in an object
a force that acts at a distance
a change in momentum
opposes the motion of an object
converts mechanical energy into electrical energy
a particle of light
change in velocity over time
opposes the flow of electrons
the highest point on a wave

Down

uses electric current to generate a magnetic field
the height of a wave
created three laws of motion
speed in a given direction
the bending and spreading of waves
when two objects bounce off each other without losing energy
a system of coding that uses ones and zeroes
stored energy
the electric potential difference between two points
the unit resistance is measured in
force times distance
the force of a surface pushing back up on an object

26 Clues: stored energy • a push or a pull • a particle of light • the height of a wave • the energy of motion • a change in momentum • force times distance • speed in a given direction • the highest point on a wave • created three laws of motion • change in velocity over time • opposes the flow of electrons • a force that acts at a distance • opposes the motion of an object • ...

Physics Crossword Puzzle 2024-05-20

Across

a projectile motion in a horizontal plane depending upon the force acting on it.
a quantity that has both magnitude and direction, but no position.
electromagnetic radiation that radiates in waves, made up of electric and magnetic parts.
a flow of charged particles, such as electrons or ions, moving through an electrical.
a certain amount of force you apply for a certain amount of time to cause a change in momentum.
quantities that are fully described by a magnitude (or numerical value) alone.
for every action there is an equal and opposite reaction.
a science that deals with matter and energy and their interactions.
ability to do work, which is the ability to exert a force causing displacement of an object.
pressure, and it is measured in volts(V).
the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object
rate at which velocity changes with time, in terms of both speed and direction.
form of energy that an object or a particle has by reason of its motion.
propagation of disturbances from place to place in a regular and organized way.

Down

an external effort in the form of a push or pull which tries to move an object at rest
stored energy in an object due to its position, properties, and forces acting on it.
An object thrown into the air, subject to gravity.
the flow of free electrons in a conductor from one atom to the next atom in the same general direction.
states the relationship between electric current and potential difference.
relate an object's motion to the forces acting on it.
the application of balanced inward ("pushing") forces to different points on a material or structure
a segment of a longitudinal wave where the particles are further apart and there is lower pressure.
distance between corresponding points of two consecutive waves.
Motion under the influence of gravity only.
a type of kinetic energy that produces visible light, and is also known as electromagnetic radiation.
longitudinal waves that travel through a medium like water or air, causing a pattern of disturbance.
a scalar quantity that refers to "how fast an object is moving.
mass in motion.
one-dimensional motion along a straight line.
the sudden, forceful coming together in direct contact of two bodies.

30 Clues: mass in motion. • pressure, and it is measured in volts(V). • Motion under the influence of gravity only. • one-dimensional motion along a straight line. • An object thrown into the air, subject to gravity. • relate an object's motion to the forces acting on it. • for every action there is an equal and opposite reaction. • ...

Catapult & Physics terms 2024-12-12

Catapult & Physics terms crossword puzzle

Across

or paste your list of words here
Force involving stretching.
PIVOT point for the lever.
To increase speed
Another word 4 Speed(Vroom).
Force involving twisting.
slows the projectile down.
rate of work (in a car Horse ______.
amount of energy. Done with my..
to push or pull something.
Force that pulls us to Earth.
The object being launched.

Down

Moving energy.
simple machine used to lift object
How precise something is.
cause a reaction to begin (asap).
3 types & launches projections.
path the projectile follows
used to twist and store tension.
Stored energy.
Amount of matter - SIZE

21 Clues: Moving energy. • Stored energy. • To increase speed • Amount of matter - SIZE • How precise something is. • Force involving twisting. • PIVOT point for the lever. • slows the projectile down. • to push or pull something. • The object being launched. • Force involving stretching. • path the projectile follows • Another word 4 Speed(Vroom). • Force that pulls us to Earth. • ...

Physics Crossword 14 2024-12-15

Across

exposure to radiation (11)
number of fundamental forces (4)
the turning effect of a force (6)
vector and scalar quantities have this (9)
causes objects to fall (7)
directly proportional to resultant force (4)
directly proportional to resultant force (12)
the explosion of a star (9)
type of velocity reached by falling objects (8)
shared in a series circuit (7)
force that is the overall force on an object (9)
____ pressure decreases with height (11)
directly proportional to force up until the limit of proportionality (9)

Down

vector quantities have this but scalar quantities don’t (9)
the gradient of a velocity-time graph (12)
the gradient of a distance-time graph (5)
type of wave that sound is (12)
force experience by objects in a fluid (8)
the rate of doing work (5)
radioactivity of sources ____ over time (8)
type of wave that all EM waves are (10)
when waves change direction at a boundary (10)
specific ____ heat (6)
often represented “t” in equations (4)
number of types of EM waves (5)

25 Clues: specific ____ heat (6) • exposure to radiation (11) • the rate of doing work (5) • causes objects to fall (7) • the explosion of a star (9) • shared in a series circuit (7) • type of wave that sound is (12) • number of types of EM waves (5) • number of fundamental forces (4) • the turning effect of a force (6) • often represented “t” in equations (4) • ...

Physics Crossword Puzzle 2024-05-08

Across

Measurement that only includes magnitude
Measurement that includes magnitude and direction
total amount of matter an object takes up
an interaction between to objects
change in velocity
fall only under the influence of gravity
the resistance that one surface or object encounters when moving over another
relative mass to a container
a force acting over a time interval, changing momentum
waves waves that can travel through medium or vacuum
a maximum distance moved by a particle from its resting position
waves consists of compression rarefaction
unit of energy
energy when objects are stationary
Cannot be created or destroyed

Down

the moving of something from its place or position
distance between two peaks of a wave
moving towards the center of a circle
What Makes the world go 'round
a number of waves passing a point in a certain amount of time
mass in motion
measurement for mass
energy the energy of an object due to position in a force field
energy when objects are moving
motion when an object is traveling around a circular, curved path

25 Clues: mass in motion • unit of energy • change in velocity • measurement for mass • relative mass to a container • What Makes the world go 'round • energy when objects are moving • Cannot be created or destroyed • an interaction between to objects • energy when objects are stationary • distance between two peaks of a wave • moving towards the center of a circle • ...

Chapter 11 Physics 2024-04-29

Across

the lowest point below the equilibrium position
One thing that affects a period for a pendulum is the change in the free-fall acceleration but there is another factor that affects the period by changing the what of the pendulum?
As the pendulum swings past its equilibrium position, the kinetic energy decreases while the gravitational potential energy _______.
What is the mass called that is attached to a fixed string on a simple pendulum?
When a spring is stretched or compressed and then released, it __________ back and forth about its unstretched position.
The quantity k is a positive constant called the __________ and the value of the _______ is a measure of the stiffness of the spring.
vibration about an equilibrium position in which a restoring force is proportional to the displacement from equilibrium
a wave pattern that results when two waves of the same frequency, wavelength, and amplitude travel in opposite directions and interfere with each other
Measurements show that the restoring force is directly proportional to the displacement of the _______.
a point in a standing wave that maintains zero displacement
What do we define the gravitational potential energy of a pendulum when it is at the lowest point of its swing?
Ripple waves start with a _______ which causes water on the surface near that point to move, which in turn causes points farther away to move.
When force is greater, acceleration is greater and the amount of _____ required for a single cycle should decrease.
the distance between two adjacent similar points of a wave, such as from crest to crest or from trough to trough
a superposition of two or more waves in which individual displacements on the same side of the equilibrium position are added together to form the resultant wave
In a pendulum the magnitude of the restoring force varies with the bob’s distance from the equilibrium position, and the magnitude of restoring force is proportional to _______.
a physical environment through which a disturbance can travel
the highest point above the equilibrium position

Down

Displacements of matter where two waves can occupy the same space at the same time which causes a combination of two overlapping waves is called what?
the number of cycles or vibrations per unit of time
a wave whose particles vibrate perpendicularly to the direction the wave is traveling
The forces acting on the bob at any point include the force exerted by the string and the _________ force.
a superposition of two or more waves in which individual displacements on opposite sides of the equilibrium position are added together to form the resultant wave
a point in a standing wave, halfway between two nodes, at which the largest displacement occurs
a wave that requires a medium through which to travel
a wave whose particles vibrate parallel to the direction the wave is traveling
Friction retards the motion of the vibrating mass, and the mass-spring system eventually comes to rest which is what type of effect?
the time that is takes a complete cycle to occur
The spring force and acceleration (increase/ decrease) as the mass moves toward the equilibrium position, and the speed of the mass increases.
the maximum displacement from equilibrium

30 Clues: the maximum displacement from equilibrium • the lowest point below the equilibrium position • the time that is takes a complete cycle to occur • the highest point above the equilibrium position • the number of cycles or vibrations per unit of time • a wave that requires a medium through which to travel • a point in a standing wave that maintains zero displacement • ...

Chapter 11 Physics 2024-04-29

Across

vibration about an equilibrium position in which a restoring force is proportional to the displacement from equilibrium
the distance between two adjacent similar points of a wave, such as from crest to crest or from trough to trough
the lowest point below the equilibrium position
Friction retards the motion of the vibrating mass, and the mass-spring system eventually comes to rest which is what type of effect?
Measurements show that the restoring force is directly proportional to the displacement of the _______.
As the pendulum swings past its equilibrium position, the kinetic energy decreases while the gravitational potential energy _______.
a point in a standing wave, halfway between two nodes, at which the largest displacement occurs
Displacements of matter where two waves can occupy the same space at the same time which causes a combination of two overlapping waves is called what?
a superposition of two or more waves in which individual displacements on the same side of the equilibrium position are added together to form the resultant wave
Ripple waves start with a _______ which causes water on the surface near that point to move, which in turn causes points farther away to move.
One thing that affects a period for a pendulum is the change in the free-fall acceleration but there is another factor that affects the period by changing the what of the pendulum?
The spring force and acceleration (increase/ decrease) as the mass moves toward the equilibrium position, and the speed of the mass increases.
a wave whose particles vibrate perpendicularly to the direction the wave is traveling
the number of cycles or vibrations per unit of time

Down

the maximum displacement from equilibrium
a wave pattern that results when two waves of the same frequency, wavelength, and amplitude travel in opposite directions and interfere with each other
a superposition of two or more waves in which individual displacements on opposite sides of the equilibrium position are added together to form the resultant wave
the highest point above the equilibrium position
The quantity k is a positive constant called the __________ and the value of the _______ is a measure of the stiffness of the spring.
The forces acting on the bob at any point include the force exerted by the string and the _________ force.
a wave whose particles vibrate parallel to the direction the wave is traveling
a physical environment through which a disturbance can travel
What do we define the gravitational potential energy of a pendulum when it is at the lowest point of its swing?
a wave that requires a medium through which to travel
When a spring is stretched or compressed and then released, it __________ back and forth about its unstretched position.
What is the mass called that is attached to a fixed string on a simple pendulum?
In a pendulum the magnitude of the restoring force varies with the bob’s distance from the equilibrium position, and the magnitude of restoring force is proportional to _______.
When force is greater, acceleration is greater and the amount of _____ required for a single cycle should decrease.
a point in a standing wave that maintains zero displacement
the time that is takes a complete cycle to occur

30 Clues: the maximum displacement from equilibrium • the lowest point below the equilibrium position • the highest point above the equilibrium position • the time that is takes a complete cycle to occur • the number of cycles or vibrations per unit of time • a wave that requires a medium through which to travel • a point in a standing wave that maintains zero displacement • ...

Chapter 11 Physics 2024-04-29

Across

a superposition of two or more waves in which individual displacements on opposite sides of the equilibrium position are added together to form the resultant wave
One thing that affects a period for a pendulum is the change in the free-fall acceleration but there is another factor that affects the period by changing the what of the pendulum?
The quantity k is a positive constant called the __________ and the value of the _______ is a measure of the stiffness of the spring.
a physical environment through which a disturbance can travel
the lowest point below the equilibrium position
What is the mass called that is attached to a fixed string on a simple pendulum?
Friction retards the motion of the vibrating mass, and the mass-spring system eventually comes to rest which is what type of effect?
the highest point above the equilibrium position
In a pendulum the magnitude of the restoring force varies with the bob’s distance from the equilibrium position, and the magnitude of restoring force is proportional to _______.
a point in a standing wave that maintains zero displacement
a wave whose particles vibrate perpendicularly to the direction the wave is traveling
the time that is takes a complete cycle to occur
a wave pattern that results when two waves of the same frequency, wavelength, and amplitude travel in opposite directions and interfere with each other
When force is greater, acceleration is greater and the amount of _____ required for a single cycle should decrease.
the distance between two adjacent similar points of a wave, such as from crest to crest or from trough to trough

Down

vibration about an equilibrium position in which a restoring force is proportional to the displacement from equilibrium
When a spring is stretched or compressed and then released, it __________ back and forth about its unstretched position.
a wave whose particles vibrate parallel to the direction the wave is traveling
a superposition of two or more waves in which individual displacements on the same side of the equilibrium position are added together to form the resultant wave
Ripple waves start with a _______ which causes water on the surface near that point to move, which in turn causes points farther away to move.
What do we define the gravitational potential energy of a pendulum when it is at the lowest point of its swing?
The forces acting on the bob at any point include the force exerted by the string and the _________ force.
a wave that requires a medium through which to travel
Displacements of matter where two waves can occupy the same space at the same time which causes a combination of two overlapping waves is called what?
As the pendulum swings past its equilibrium position, the kinetic energy decreases while the gravitational potential energy _______.
the maximum displacement from equilibrium
Measurements show that the restoring force is directly proportional to the displacement of the _______.
the number of cycles or vibrations per unit of time
The spring force and acceleration (increase/ decrease) as the mass moves toward the equilibrium position, and the speed of the mass increases.
a point in a standing wave, halfway between two nodes, at which the largest displacement occurs

Physics 2nd Exam 2024-05-14

Across

The maximum displacement from equilibrium
A measure of the randomness or disorder of a system
The angle of incidence at which the refracted light makes an angle of 90° with the normal
Describes two or more components of a circuit that provide a single path for a current
A machine that converts mechanical energy into electrical energy
A transparent object that refracts light rays such that they diverge or converge to create an image
A set of particles or interacting components considered to be a distinct physical entity for the purpose of study
The region of the longitudinal wave in which the density and pressure are at a minimum
The state in which two bodies in physical contact with each other have identical temperatures
The ability of a conductor to store energy in the from of electrically separated charges
A wave whose particles vibrate perpendicularly to the direction that the wave is traveling

Down

The opposition presented to electric current by a material or device
A series of frequencies that includes the fundamental frequency and integral multiples of the frequency
A measure of the kinetic energy of the particles in a substance
a thermodynamic process during which no energy is transferred to or from the system as heat
A measure of how high or low a sound is perceived to be, depending on the frequency of the soundwave
The rate at which energy flows through a unit area perpendicular to the direction of the wave motion
Are shown having multiple bends, illustrating resistance to the movement of charges
Wires that connect elements are conductors
An image that is formed by the intersection of light rays
The number of cycles or vibrations per unit of time

21 Clues: The maximum displacement from equilibrium • Wires that connect elements are conductors • A measure of the randomness or disorder of a system • The number of cycles or vibrations per unit of time • An image that is formed by the intersection of light rays • A measure of the kinetic energy of the particles in a substance • ...

Let's Find Physics 2025-02-09

Across

the force that pulls objects toward the center of the Earth
a principle stating that a change in pressure in an enclosed fluid is transmitted equally
the measure of an object’s resistance to acceleration
the study of heat transfer and its effects on matter
the amount of work done when a force moves an object
a famous physicist known for his contributions to relativity
the energy stored in an object due to its position
the study of wave behavior and sound
a system used for measuring physical quantities
the distance between two points
the energy possessed by an object due to its motion
the study of the Earth's physical properties using physics
the resistance of a fluid to flow
the study of charged particles and ionized gases
a state of smooth fluid flow in parallel layers
a unit used to measure electric current
the branch of physics concerned with light and vision
the fundamental unit for measuring time
a type of fluid flow characterized by chaotic movement
the opposition of motion between two surfaces in contact
the study of fluids (liquids and gases) in motion
the upward force exerted by a fluid on a submerged object
a measure of a fluid's resistance to deformation
a measure of how hot or cold something is

Down

the study of forces and their effects on motion
the study of liquids in motion
a fundamental force responsible for holding atomic nuclei together
the study of the relationship between electricity and magnetism
a unit of power equivalent to one joule per second
the amount of substance measured in terms of Avogadro’s number
the transformation of mathematical formulas to solve for different variables
the opposition to the flow of electric current
the study of subatomic particles and their interactions
a physical quantity that does not depend on other quantities
a measurement system commonly used worldwide
a method for writing very large or very small numbers
a famous Greek scientist who discovered the principle of buoyancy
the study of the motion of objects without considering forces
the study of air and gases in motion
the force exerted per unit area
the measure of how fast velocity changes over time
the measure of the amount of light emitted by a source
a principle stating that fluid speed increases pressure decreases
the speed of an object in a given direction
the amount of matter in an object
the branch of science that studies matter energy and forces
the study of matter and energy at a microscopic level
the amount of work done per unit of time

48 Clues: the study of liquids in motion • the distance between two points • the force exerted per unit area • the resistance of a fluid to flow • the amount of matter in an object • the study of wave behavior and sound • the study of air and gases in motion • a unit used to measure electric current • the fundamental unit for measuring time • the amount of work done per unit of time • ...

Physics Vocab Crossword 2024-12-12

Across

Where someone or something is
A force with magnitude
How fast an object moves
A force without magnitude
The pushing or pulling of an object
Theory
Variable that goes by itself
The direct length from one point to another
Speed and direction
Method The method in which you should experiment
The direction of a vector
The rate of change in velocity
Total force

Down

The total kilograms that make up our body
Instant change in direction
Being pulled only by gravity
Needs another variable
The length traveled from one point to another
The average speed
Accelerating at an even pace
Point used to compare
The force of gravity pulling your mass
Completely equal
Used to compare
The momentum of your movement

25 Clues: Theory • Total force • Used to compare • Completely equal • The average speed • Speed and direction • Point used to compare • A force with magnitude • Needs another variable • How fast an object moves • A force without magnitude • The direction of a vector • Instant change in direction • Being pulled only by gravity • Accelerating at an even pace • Variable that goes by itself • ...

Vocabulary Project Physics 2024-12-12

Vocabulary Project Physics crossword puzzle

Across

The length traveled from one point to another
The force of gravity pulling your mass
The direction of a vector
The average speed
Accelerating at an even pace
Speed and direction
Point used to compare
Needs another variable
The direct length from one point to another
Total force
A force with magnitude

Down

Instant change in direction
Where someone or something is
Being pulled only by gravity
Used to compare
Variable that goes by itself
A force without magnitude
Method The method in which you should experiment
The rate of change in velocity
Theory
Completely equal
How fast an object moves
The momentum of your movement
The total kilograms that make up our body
The pushing or pulling of an object

25 Clues: Theory • Total force • Used to compare • Completely equal • The average speed • Speed and direction • Point used to compare • Needs another variable • A force with magnitude • How fast an object moves • The direction of a vector • A force without magnitude • Instant change in direction • Being pulled only by gravity • Variable that goes by itself • Accelerating at an even pace • ...

Physics grade 9 2024-12-20

Across

unit of power
sound energy is produced by .......... objects.
an instrument of time
SI unit of time
amount of substance in a body
it always opposes motion
the method to determine the volume of an irregular solid
when 2 or more cells connected together
the ........ of a thermometer contains the mercury.
it is a virtual line which is perpendicular to the mirror line
when the right hand side be omes the left hand side and vice versa
The .......... of a laboratory thermometer is 0 to 100 C.

Down

a physical quantity consists of a unit and a.............
unit of kinetic energy
curved surface of a liquid
water flows out through it when the irregular object is placed in the displacement can
to open or close a circuit
a force of 20 N acts on an object through a distance of 100 cm, the work done is
the unit of force
this error occurs due to the wrong position of the eye
it is a thermometric liquid
the incident and reflected angles are........
capacity to do work
these objects possess light energy
time taken for an oscillation

25 Clues: unit of power • SI unit of time • the unit of force • capacity to do work • an instrument of time • unit of kinetic energy • it always opposes motion • curved surface of a liquid • to open or close a circuit • it is a thermometric liquid • amount of substance in a body • time taken for an oscillation • these objects possess light energy • when 2 or more cells connected together • ...

Physics Chapter 7 2025-03-26

Across

any object that revolves about a single axis undergoes _______ motion. (p.234)
the line about which the rotation occurs is called the ____ of rotation. (p.234)
G The _______ is called the constant of universal gravitation. (p.241)
The word ‘centripetal’ means “________ seeking.” (p.235)
The ocean tides result from the __________ between the gravitational force at Earth’s surface and at Earth’s center. (p.244)
Gravitational force depends on the ______ and the distance. (p.241)
__________’s theory attempted to reconcile observation with theory and to keep Earth at the center of the universe. (p.248)
_______ acceleration is due to a change in direction. (p.234)
Tangential acceleration is due to ______ in speed. (p.236)
Gravitational force acts _______ all masses. (p.241)
The acceleration of a Ferris wheel car moving in a circular path at a constant speed is due to the change in _______. (p.235)
_______ changes with location. (p.246)
when the tangential speed is constant, the motion is described as ______ circular motion. (p.234)
The astronomer Tycho _____ made many precise observations of the planets and stars. (p.248)
On the side of Earth that is nearest to the moon, the moon’s gravitational force is _______ than it is at Earth’s center. (p.244)

Down

_________ speed can be used to describe the speed of an object in circular motion. (p.234)
_____________ force is the mutual force of attraction between particles of matter. (p.240)
the tangential speed depends on the _____ from the object to the center of the circular path. (p.234)
The net _____ that is directed toward the center of an object’s circular path is called centripetal _____. (p.237)
The _________ of a centripetal acceleration is given by the equation tangential speed squared divided by the radius of circular path. (p.235)
__________ depends on a change in velocity, and change time, according to the equation. (p.234)
________’s three laws describe the motion of the planets. (p.248)
The ability of a force to rotate an object around some axis is measured by a quantity called ______. (p.255)
Because centripetal forces act at _____ angles to an object’s circular motion, the force changes the direction of the object’s velocity. (p.238)
arm The perpendicular distance from the axis of rotation to a line drawn along the direction of the force.
High and low _____ are partly due fl the gravitational force exerted on Earth by its moon. (p.244)
The force that causes a passenger to move outward when making a sharp turn in a car. (p.238)
_______ is often misinterpreted as a force. (p.239)
The gravitational force between a cannonball and Earth is a centripetal force that keeps the cannonball in _____, if the cannon was projected at the right time. (p.240)
Orbiting objects are in ____ fall, according to Sir. Isaac Newton. (p.240)

30 Clues: _______ changes with location. (p.246) • _______ is often misinterpreted as a force. (p.239) • Gravitational force acts _______ all masses. (p.241) • The word ‘centripetal’ means “________ seeking.” (p.235) • Tangential acceleration is due to ______ in speed. (p.236) • _______ acceleration is due to a change in direction. (p.234) • ...

Physics Crossword 1 2024-09-08

Across

physicist who a thought experiment involving a cat is named after (11)
the D in LDR (9)
created by colliding gas particles (8)
the rate of doing work (5)
a non-renewable energy resource (4)
event where the Moon blocks light from the sun, casting a shadow on the Earth (7)
branch of physics which includes the study of particles in electric and magnetic fields (16)
reduces the rate of energy transfer by heating (10)
g is the ____ due to gravity (12)
a question and a unit (4)
displacement / time (8)
the first subatomic particle to be found (8)
a kitchen appliance and a form of electromagnetic radiation (9)

Down

the Plum ____ Model of the atom (7)
one of the two planets in our solar system with no moons (7)
radiation that’s between visible light and x-rays on the EM spectrum (11)
“the father of the atomic bomb” (11)
prefix shown with the letter T (4)
most of an atom is just ____ space (5)
the R in LASER (9)
also known as a light dependent resistor (13)
the resultant colour after mixing all colours of light (5)
boson known as “the God Particle” (5)
conductors with constant resistance (5)
often confused with weight (4)
astrophysicist who discovered the first radio pulsars (7)
5th century Greek man who thought all matter was made of “atomos” (10)
prefix shown with the letter G (4)
specific ___ heat is the energy needed for a 1kg mass to change state (6)
unit of magnetic flux density (5)

30 Clues: the D in LDR (9) • the R in LASER (9) • displacement / time (8) • a question and a unit (4) • the rate of doing work (5) • often confused with weight (4) • unit of magnetic flux density (5) • g is the ____ due to gravity (12) • prefix shown with the letter T (4) • prefix shown with the letter G (4) • the Plum ____ Model of the atom (7) • a non-renewable energy resource (4) • ...

Intro to Physics 2024-08-21

Across

The ability to do work.
Increasing (or decreasing) one quantity would have the same effect on another.
Balanced forces. Net force is zero.
An object at rest remains at rest, an object in motion remains at a constant velocity unless acted upon by unbalanced forces
An electric circuit with a single path
The force of attraction or repulsion of magnetic materials
Resistance to change in motion, that only depends on mass.
The combination of all forces acting on an object.
For every action force, there is an equal and opposite reaction force.
A quantity that has only magnitude
sound waves and water waves.
Electromagnetic radiation arranged in the order of its wavelength; a rainbow is a natural spectrum of visible light from the Sun.
A quantity that has both magnitude and direction
A wave that can only propagate through a medium.
Increasing (or decreasing) one quantity would have the opposite effect on another.
A measure of the extra positive or negative particles that an object has.
The acceleration of an object depends on the mass of the object and the amount of force applied. Force = mass x acceleration
A property of matter stating is can be have a positive or negative charge.

Down

A form of energy that can move through the vacuum of space. Examples - light, heat, microwaves, radio waves, x-rays.
It states that energy cannot be created or destroyed, it can only change form.
The force that opposes motion between two surface that are touching
The continuous flow of electric charges through a material
The rate at which an object changes position (like speed), but also includes direction of motion.
When an object changes position with respect to a reference point.
A result of a force moving an object a certain distance.
Energy due to the motion of an object.
A circuit that contains more than one path for current flow.
The study of matter and energy and the interactions between the two through forces and motion.
Stored energy
The DISTANCE between identical points of a wave (such from one crest to another)
How many wave peaks pass a certain point per given time.
A push or pull exerted on an object in an effort to change that object's velocity.
The rate at which an object changes velocity.
The force between electrically charged objects.
The region of force around a charged object.
How fast work is done.
A force of attraction between objects that is due to their masses.
The rate at which an object changes its position.
Voltage = Current x Resistance
A measure of the force of gravity on an object
(of waves) The TIME between two wave crests or troughs.
The amount of matter in an object.

42 Clues: Stored energy • How fast work is done. • The ability to do work. • sound waves and water waves. • Voltage = Current x Resistance • A quantity that has only magnitude • The amount of matter in an object. • Balanced forces. Net force is zero. • Energy due to the motion of an object. • An electric circuit with a single path • The region of force around a charged object. • ...

Physics Crossword 9 2024-11-10

Across

Italian born physicist often called the father of observational astronomy (7)
we cannot make atoms decay as this process is ____ (11)
the planet in our solar system with the most volcanoes (5)
the number of humans that have walked on the moon (6)
current x time (6)
as the frequency of a wave increases its wavelength ____ (9)
transformers only work for ____ current (11)
element 104 (symbol Rf) was named after this physicist (10)
element 99 (symbol Es) was named after this physicist (8)
sound can’t travel here (5)
has the quark configuration uud (6)
radiocarbon ____ is a method for determining the age of an object containing organic material (6)
an electric car company, a unit and the last name of a physicist (5)
involves a gas changing to a liquid (12)
a change of state is not a ____ change (8)
produces a magnetic field around the wire (7)

Down

an exchange particle (4)
electrons have a ____ charge (8)
power x time (6)
often thought to be a planet (5)
a change of state is a ____ change (8)
angle of incidence = angle of ____ (10)
all waves can be ____ (11)
a type of lens (7)
in our solar system there are ____ gas giants (4)
all objects are always emitting and absorbing ____ radiation (8)
type of magnet that produces its own magnetic field (9)
a greater ____ leads to a smaller de Broglie wavelength (8)
number of quarks a baryon should have (5)
lepton number is a ____ number and is conserved in all interactions (7)
an electric current is the rate of flow of ____ (6)
current x potential difference (5)

32 Clues: power x time (6) • current x time (6) • a type of lens (7) • an exchange particle (4) • all waves can be ____ (11) • sound can’t travel here (5) • electrons have a ____ charge (8) • often thought to be a planet (5) • current x potential difference (5) • has the quark configuration uud (6) • a change of state is a ____ change (8) • angle of incidence = angle of ____ (10) • ...

Physics PPE Revision 2024-11-07

Across

The model with particles spread far apart and moving around randomly.
The principle stating that energy cannot be created or destroyed, only transferred or converted.
Energy cannot be created or _______.
The energy stored in a substance due to its temperature, particle arrangement, and phase.
The process by which heat energy is transferred through a material without the movement of the material itself.
The amount of mass per unit volume of a substance.
The process in which heat energy is transferred by moving fluids or gases, often through air or water.
This equation relates the energy transferred, time, and power: Power = Energy transferred divided by this.
The total resistance in a parallel circuit is always lower/higher than the smallest individual resistance.
This type of energy is stored in the nucleus of atoms and can be released during nuclear reactions.
The type of energy change that occurs when a substance undergoes a change of state, such as from liquid to gas.
The model with particles that can slide over each other.
The unit of resistance.
This wire provides the return path for the current after it has passed through the appliance. It completes the electrical circuit.
The type of current used in the National Grid, which alternates direction.
A non-renewable fossil fuel, often used in power stations to generate electricity.
A material with a high specific heat capacity requires a large amount of this to increase its temperature.
The property of a material that resists the flow of electrical current.
A safety device that melts when the current is too high, breaking the circuit to prevent overheating or fires.
Energy derived from the Earth's internal heat.
A material with a low thermal conductivity that helps reduce heat transfer and insulates a building.
This energy source is renewable and harnessed from the movement of water, often through dams.
The potential energy stored in an object due to its position in a gravitational field.

Down

The rate at which energy is transferred or converted.
A process in which energy spreads out, often resulting in energy being less useful.
The amount of electrical charge flowing per second in a circuit.
The energy required to change the state of a substance without changing its temperature.
The formula for calculating density is mass divided by this quantity.
The type of energy transferred when a substance is heated, usually associated with the motion of particles.
This is what happens to energy when it is spread out and becomes less useful.
The unit of specific heat capacity, named after a famous scientist.
A device used to increase or decrease the voltage of electricity before it is transmitted or used.
This is the unit of electrical potential difference, also called voltage.
The energy transferred by a device or system in a given amount of time.
In this type of circuit, the current has more than one path to flow through.
The part of an appliance's electrical system connected to the earth, ensuring any stray current is directed safely to the ground.
The energy associated with the bonds between atoms or molecules in a substance.
This term refers to the amount of energy transferred in a specific amount of time.
The system that distributes electrical power from power stations to homes and businesses is the _______ grid.
This wire carries the alternating current (AC) from the power source (such as the mains electricity supply) to the appliance.
The model with particles in a fixed arrangement.
The energy store associated with moving objects.
The unit of mass.
The energy store that exists in stretched or compressed objects, like springs.
The type of circuit where the current has only one path to flow through.
The unit of power, equivalent to one joule per second.
A renewable energy resource obtained from sunlight.

47 Clues: The unit of mass. • The unit of resistance. • Energy cannot be created or _______. • Energy derived from the Earth's internal heat. • The model with particles in a fixed arrangement. • The energy store associated with moving objects. • The amount of mass per unit volume of a substance. • A renewable energy resource obtained from sunlight. • ...

PATTERNS PHYSICS VOCABULARY 2024-11-01

PATTERNS PHYSICS VOCABULARY crossword puzzle

Across

These are 3-dimensional and tangible (you can touch and/or hold it) . Examples: A Globe or Solar System. __________model.
Created by unknown and/or uncontrolled variables or uncertainties
Equations and data that represent a relationship or system.__________model
is the “spread” of numbers of in a number set.
This is the part of an experiment or investigation that you change to see if it has an effect.__________variable.
is the random error that comes from measurement
These are 2-dimensional flow chart, diagrams and infographics that show how things work or relate to each other.__________model
is a simplified representation of a phenomenon. Scientists use models to understand, explain, and predict how things work.
This is the part of an experiment or investigation that you keep constant.__________variable.

Down

Line: When x doubles, y stays the same. (As ex increases, y stays constant)
When x doubles, y quadruples (As x increases, y increases at an a faster rate)
Proportional: when x doubles, y halves. (As x increases, y decreases)
This is the part of an experiment or investigation that you are measuring or recording.__________variable.
is the “central” number of a number set
aka “gross” errors created by carelessness, ignorance or thoughtlessness
Caused by condition of the instruments and/or environment. These errors are usually consistent
how close a series of measured values are to each other.
how close a measured value is to the actual or expected value.
These are digital simulations (ex. Weather forecasting, flight simulators)__________model
When x doubles, y doubles (As x increases y increases at a constant rate)

20 Clues: is the “central” number of a number set • is the “spread” of numbers of in a number set. • is the random error that comes from measurement • how close a series of measured values are to each other. • how close a measured value is to the actual or expected value. • Created by unknown and/or uncontrolled variables or uncertainties • ...

Physics Crossword 7 2024-10-20

Across

quark character can only change in the ____ interaction (4)
reflected sound waves (6)
the positive nucleon (6)
the total charge of an atom (4)
all electromagnetic waves travel at the same ____ (5)
____ velocity: the maximum speed of a falling object – its weight and frictional forces are balanced (8)
____ waves can be used for medical imaging (10)
opposite charges ____ (7)
he was the first to propose that stars were destined to collapse at the end of their lives (13)
larger planets in our solar system are primarily made of ____ (3)
this wire could give you an electric shock (4)
Newton’s ____ law: when 2 objects interact, they exert equal and opposite forces on each other (5)
____ production: a photon is converted into an equal amount of matter and antimatter (4)
they are generally less dense than solids (5)
the strength of a magnet is directly proportional to the ____ from the magnet (8)
the smallest planet in our solar system (7)
type of wave produced by earthquakes (7)
the hand you use to do Fleming’s rule (4)
light appears ____ shifted from galaxies which are moving away from Earth (3)

Down

the material that slows down the neutrons during nuclear fission so that they are more likely to be absorbed into a nearby fuel rod (8)
one of the colours of the earth wire (6)
one of the A’s in NASA (11)
the sun is orbited by ____ planets (5)
all waves can be ____ (9)
our current model of the solar system is ____ (12)
the universe is ____ (9)
voltmeters are connected in ____ (8)
a main ____ star is in a long period of stability (8)
the rovers Curiosity and Perseverance were sent to study this planet (4)
a type of lens (6)

30 Clues: a type of lens (6) • the positive nucleon (6) • the universe is ____ (9) • reflected sound waves (6) • all waves can be ____ (9) • opposite charges ____ (7) • one of the A’s in NASA (11) • the total charge of an atom (4) • voltmeters are connected in ____ (8) • the sun is orbited by ____ planets (5) • one of the colours of the earth wire (6) • ...

Physics Crossword 7 2024-10-20

Across

a type of lens (6)
one of the colours of the earth wire (6)
opposite charges ____ (7)
larger planets in our solar system are primarily made of ____ (3)
quark character can only change in the ____ interaction (4)
type of wave produced by earthquakes (7)
the material that slows down the neutrons during nuclear fission so that they are more likely to be absorbed into a nearby fuel rod (8)
all electromagnetic waves travel at the same ____ (5)
they are generally less dense than solids (5)
____ velocity: the maximum speed of a falling object – its weight and frictional forces are balanced (8)
a main ____ star is in a long period of stability (8)
voltmeters are connected in ____ (8)
the sun is orbited by ____ planets (5)
light appears ____ shifted from galaxies which are moving away from Earth (3)
____ waves can be used for medical imaging (10)
the smallest planet in our solar system (7)

Down

one of the A’s in NASA (11)
the strength of a magnet is directly proportional to the ____ from the magnet (8)
our current model of the solar system is ____ (12)
the positive nucleon (6)
he was the first to propose that stars were destined to collapse at the end of their lives (13)
the rovers Curiosity and Perseverance were sent to study this planet (4)
Newton’s ____ law: when 2 objects interact, they exert equal and opposite forces on each other (5)
the universe is ____ (9)
reflected sound waves (6)
the hand you use to do Fleming’s rule (4)
the total charge of an atom (4)
____ production: a photon is converted into an equal amount of matter and antimatter (4)
this wire could give you an electric shock (4)
all waves can be ____ (9)

30 Clues: a type of lens (6) • the positive nucleon (6) • the universe is ____ (9) • opposite charges ____ (7) • reflected sound waves (6) • all waves can be ____ (9) • one of the A’s in NASA (11) • the total charge of an atom (4) • voltmeters are connected in ____ (8) • the sun is orbited by ____ planets (5) • one of the colours of the earth wire (6) • ...

Grade 8 Physics 2024-10-25

Across

device used to measure current strength
measured in grams per cubic centimetre
the colour of the spectrum having the highest frequency
converts electrical energy to light and heat energy
electrostatic force between like charges
the type of reflection that produces unclear images
phase of matter with the greatest density
a device used to protect appliances from drawing too much current
substances that do not allow charge to pass through
the unit that charge is measured in
the flow of charge in a circuit
objects with the same number of protons and electrons
detects whether objects are charged or not
a coil of wire which becomes a magnet when current is flowing
opposes the flow of charge
the effect of nichrome in a kettle
objects whit emit their own light
splitting of white light into the spectrum

Down

a process used to separate chemical substances into simpler substances
equal to reflected angle
causes objects to appear larger than they are when they are in another medium
objects which allow only some light through
controls the flow of charge
current that flows from the positive side to the negative side of the cell
multiple cells connected together
a circuit with more than one pathway
part of the eye where a real image is formed
occurs when objects are cooled

28 Clues: equal to reflected angle • opposes the flow of charge • controls the flow of charge • occurs when objects are cooled • the flow of charge in a circuit • multiple cells connected together • objects whit emit their own light • the effect of nichrome in a kettle • the unit that charge is measured in • a circuit with more than one pathway • measured in grams per cubic centimetre • ...

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