physics Crossword Puzzles

Physics D 2020-05-04

Across

Subatomic particle that has a negative charge
Unstable atoms (radioisotopes) emit radiation to become stable
Different forms of an element with the same number of protons but different number of electrons
the process of exposing an object to nuclear radiation
very dense and positive centre of an atom
Number of protons
A particle that has the same number of protons and electrons
Emits a electron

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Subatomic particle that has a positive charge
What is radiation measured in
Number of protons and neutrons
What is used to measure radiation
What a unstable radioactive substance decays
The unwanted presence of materials containing radioactive atoms on other materials
A particle that has a uneven amount of electrons and protons
emits a helium nucleus
Subatomic particle that has no charge
Emits a electromagnetic wave
time taken for half the active nuclei in a sample to decay

19 Clues: Emits a electron • Number of protons • emits a helium nucleus • Emits a electromagnetic wave • What is radiation measured in • Number of protons and neutrons • What is used to measure radiation • Subatomic particle that has no charge • very dense and positive centre of an atom • What a unstable radioactive substance decays • Subatomic particle that has a positive charge • ...

PHYSICS PUZZLE 2020-09-25

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If the object placed at centre of curvature of concave mirror is moved towards the focus the magnification will ________.
Type of refractive index of a medium with respect to air.
_______ lens is called diverging lens.
Incident ray falling on glass slab is ______ to emergent ray.
size of image formed by convex mirror.
Resiprocal of focal length of lens gives the value of_________.
Centre: Value of refractive index is zero when light ray passes through ________.
Type of lens which can give an enlarged image.
Bending of light
To obtain a point size image from a concave mirror the object must be placed at ____.

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Type of mirror, if the image formed is erect and enlarged
S.I. unit of power.
of mirror which gives real image of the same size.
Type of mirror which gives erect image of the same size of object
Value of refractive index if a light ray falls normally
Sign of focal length of convex mirror.
Ray: The final ray produced after refractions in glass slab
Bouncing back of light in the same medium after hitting a hard surface.
of Curvature: In a concave lens ray of light follows the same path after reflecting, if the incident ray passes through ______.
v/u of a lens gives the value of_____.

20 Clues: Bending of light • S.I. unit of power. • _______ lens is called diverging lens. • Sign of focal length of convex mirror. • size of image formed by convex mirror. • v/u of a lens gives the value of_____. • Type of lens which can give an enlarged image. • of mirror which gives real image of the same size. • Value of refractive index if a light ray falls normally • ...

ULTRASOUND PHYSICS 2020-09-15

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Distance from one crest to another
Found all around us
The speed of a particle in motion from one place to another
How often something occurs
What everything is made of
There are multiples of these when high experiencing high frequency waves
Reduction of an items density
Time it takes to complete one cycle of vibration
There are 4 types
Ultrasound uses this to produce images

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Xrays use this type of wave
Use electromagnetic waves to produce images of the body
Form of technology that uses waves to produce images
The passing of something from one place to another
Type of wave
Type of wave
What you need in order for waves to bounce back
The movement of a particle from its equilibrium position
Ultrasound uses this type of wave
The way waves travel

20 Clues: Type of wave • Type of wave • There are 4 types • Found all around us • The way waves travel • How often something occurs • What everything is made of • Xrays use this type of wave • Reduction of an items density • Ultrasound uses this type of wave • Distance from one crest to another • Ultrasound uses this to produce images • What you need in order for waves to bounce back • ...

Physics - Forces 2021-09-27

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an Object at rest tends to stay at ______ unless acted upon by a force.
An object will do this if acted on by an unbalanced force.
A force that opposes motion such as by contact between two surfaces.
when gravity is the only force acting on an object.
change in velocity over a period of time.
The tendency of any object with mass to resist changes in velocity.
an object in motion tends to stay in ________ unless acted upon by a force?
Which of Newtons Laws of Motion is know as the law of inertia?

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SI Unit used to measure Force.
imaginary point where mass is evenly distributed on all sides around it.
Force that pulls object towards each other.
the vector sum of all the forces that act upon an object, taking into account the fact that two forces of equal magnitude and opposite direction will cancel each other out.
- A push or pull which, if unopposed, will cause an object to accelerate
SI unit used to measure mass in.
this frozen surface can be very close to frictionless.
Which of Newton's Laws of Motion is put simply as F=m*a?
How much matter an object consists of - Typically measured in Kilograms (kg)
SI unit used to measure distance.
Which of Newton's Laws of Motion states that for every action there is an equal and opposite reactions?

19 Clues: SI Unit used to measure Force. • SI unit used to measure mass in. • SI unit used to measure distance. • change in velocity over a period of time. • Force that pulls object towards each other. • when gravity is the only force acting on an object. • this frozen surface can be very close to frictionless. • Which of Newton's Laws of Motion is put simply as F=m*a? • ...

Physics Vocab 2016-11-06

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Downward acting force created by gravity acting on the mass of an object.
Weight A property of objects that corresponds to how heavy an object is.
In every interaction there is a pair of forces acting on two interacting objects.
Property of matter that resists changes in speed or direction.
Body Diagram Sketch that isolates a single object and uses arrows to represent factors.
Force Combination of all forces.
A force which brings equilibrium state it is considered to be equal and opposite to resultant force.
Friction Friction force that occurs between two surfaces that are at rest with respect to each other.

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Being pulled down by planet's gravity.
Push or pull.
Second Law Acceleration of an object is proportional to the net force acting on it.
Friction Force exerted on an object in motion that opposes another object.
State of a system in which all forces are in balance.
Force Always opposite to the object's motion.
field The region of space surrounding a body in which another body experiences a force of gravitational attraction.
Velocity Speed at which air friction and weight become equal and downward acceleration ceases.
Force Force perpendicular to a surface. Typically created where objects touch other objects or surfaces such as floors.
Force that pulls or stretches a material.
Group of related and interacting objects and influences that we choose to investigate.

19 Clues: Push or pull. • Force Combination of all forces. • Being pulled down by planet's gravity. • Force that pulls or stretches a material. • Force Always opposite to the object's motion. • State of a system in which all forces are in balance. • Property of matter that resists changes in speed or direction. • ...

Physics crossword 2024-07-04

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Speed with a direction
Vector quantity representing change in position
Scalar quantity representing the length of the path traveled
Quantity with both magnitude and direction
Product of force and displacement
Ratio of useful output to total input
Principle stating energy cannot be created or destroyed, only transformed
Scalar quantity representing the rate of motion

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The total force acting on an object after all forces are combined
Force exerted by gravity on an object
The size or extent of a quantity
Resistance of an object to change its state of motion
Amount of matter in an object
Movement of energy from one place or object to another
Rate of change of velocity
Push or pull acting upon an object
Capacity to do work
Quantity with only magnitude
transformation: Conversion of energy from one form to another
Interaction between two bodies where they exert forces on each other

20 Clues: Capacity to do work • Speed with a direction • Rate of change of velocity • Quantity with only magnitude • Amount of matter in an object • The size or extent of a quantity • Product of force and displacement • Push or pull acting upon an object • Force exerted by gravity on an object • Ratio of useful output to total input • Quantity with both magnitude and direction • ...

Physics PATh 2023-08-04

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υποτιθέμενο μέσο διάδοσης του φωτός
φαινόμενο στο οποίο οφείλεται η άνοδος ενός υγρού σε λεπτούς σωληνίσκους
στοιχείο από το οποίο κατασκευάζεται η πλειοψηφία των ηλεκτρονικών
επιστημονική ονομασία κοινής γλυκαντικής ένωσης
γλύκισμα και απαρχαιωμένο ατομικό μοντέλο
είδος κουάρκ
από τα μεγαλύτερα φεγγάρια του ηλιακού μας συστήματος
πόλη από την οποία ονοματίστηκε η διασημότερη ερμηνεία της κβαντομηχανικής

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αναλύει το φως στα χρώματα της ίριδας
οδεύουσα κύματα με ταχύτητα μεγαλύτερη του ήχου στο μέσο που διαδίδονται
περιέχει το στρώμα του όζοντος
ισότοπο του υδρογόνου
...οπή
ομάδα αστεροειδών γύρω από τα σημεία Lagrange του Δία
δημοφιλής γλώσσα στοιχειοθέτησης επιστημονικών εργασιών
στοιχειώδες σωματίδιο, φορέας της ηλεκτρομαγνητικής αλληλεπίδρασης
είδος ηφαιστειακού γυαλιού
το στοιχείο με τον μεγαλύτερο ατομικό αριθμό το οποίο δεν είναι ραδιενεργό
όρος για τα κράματα του υδραργύρου

19 Clues: ...οπή • είδος κουάρκ • ισότοπο του υδρογόνου • είδος ηφαιστειακού γυαλιού • περιέχει το στρώμα του όζοντος • όρος για τα κράματα του υδραργύρου • υποτιθέμενο μέσο διάδοσης του φωτός • αναλύει το φως στα χρώματα της ίριδας • γλύκισμα και απαρχαιωμένο ατομικό μοντέλο • επιστημονική ονομασία κοινής γλυκαντικής ένωσης • ομάδα αστεροειδών γύρω από τα σημεία Lagrange του Δία • ...

Physics Club 2022-11-30

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Satuan dari energi
Satuan dari waktu
Energi listrik diubah menjadi gerak
yang menemukan Hukum Newton
Bagian benda yang tidak bisa dibagi-bagi lagi
Alat Ukur Panjang
Alat bantu untuk melihat
Salah satu skala suhu
Alat ukur suhu
Benda yang dapat menarik benda lain

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Muatan Atom yang Positif
Muatan Atom yang Negatif
Besaran yang Menggunakan Alat Ukur Neraca
Benda yang dapat menghantarkan panas yang baik
Planet tempat kita tinggal
Alat ukur waktu
Benda yang menghantarkan panas yang kurang baik
Energi listrik diubah menjadi cahaya
Transfer energi melalui gaya

19 Clues: Alat ukur suhu • Alat ukur waktu • Alat Ukur Panjang • Satuan dari energi • Satuan dari waktu • Salah satu skala suhu • Muatan Atom yang Positif • Muatan Atom yang Negatif • Alat bantu untuk melihat • Planet tempat kita tinggal • yang menemukan Hukum Newton • Transfer energi melalui gaya • Energi listrik diubah menjadi gerak • Benda yang dapat menarik benda lain • ...

THERMAL PHYSICS 2025-01-22

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- Natural cooling mechanism in humans using evaporation.
Area - Larger this, faster the rate of evaporation.
- Process of a liquid turning into a gas.
- Factor that increases the rate of evaporation when higher.
- Process of a solid turning into a liquid.
Heat - Energy required for a substance to change its state without temperature change.
- Heat transfer through electromagnetic waves.
Movement - Increases evaporation by removing vapor molecules.
- Process of a liquid turning into a gas below its boiling point.
- Substance that melts at 0c and boing
- Heat transfer through direct contact.

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- Heat transfer by the movement of fluids.
Point - Another name for the temperature at which a liquid solidifies.
Forces - Forces that must be overcome during melting or evaporation.
- Process of a gas turning into a liquid.
- Liquid metal used in thermometers for measuring temperature.
Insulator - Material that resists heat transfer, like wood.
- Process of a liquid turning into a solid.
Conductor - Material that transfers heat well, like metals.
Energy - Type of energy molecules need to escape a liquid during evaporation.

20 Clues: - Substance that melts at 0c and boing • - Heat transfer through direct contact. • - Process of a liquid turning into a gas. • - Process of a gas turning into a liquid. • - Heat transfer by the movement of fluids. • - Process of a liquid turning into a solid. • - Process of a solid turning into a liquid. • - Heat transfer through electromagnetic waves. • ...

Physics Vocab 2025-11-11

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the length of a wave
the time taken for one complete motion
the measure of change in a single period
the bouncing of a wave off a surface
the highest point of a wave
the change in frequency of a wave in relation to an observer who is moving relative to the wave source
a wave that oscillates in the direction parallel to the direction the wave travels
the bending of a wave
where two or more waves cancel each other
a wave that travels through a vacuum at the speed of light

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a wave that transfers energy through particle oscillation
a disturbance that transfers energy
the number of cycles of a repeating event
the bending of waves around obstacles
where two or more waves combine to produce a single wave
how fast a wave travels
what a wave travels through
a wave that oscillates along paths at right angles
the lowest point of a wave

19 Clues: the length of a wave • the bending of a wave • how fast a wave travels • the lowest point of a wave • what a wave travels through • the highest point of a wave • a disturbance that transfers energy • the bouncing of a wave off a surface • the bending of waves around obstacles • the time taken for one complete motion • the measure of change in a single period • ...

Physics crossword 2026-01-16

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what the letter I represents in a circuit
unit used for current
moving objects have ____ energy
_____ hand rule
the force acting on every object with mass on earth
what flows from negative to positive
an unknown angle
the study of motion
when an object is only acted on by the force of gravity

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the side longest side in a right angle triangle
who has 3 laws
which theorem is a² + b² = c²
every action has its equal opposite _____
what orientation y represents
symbol to represent ‘a change in’
time can never be
energy before an object moves
another word for 274 deg c
what orientation x represents

19 Clues: who has 3 laws • _____ hand rule • an unknown angle • time can never be • the study of motion • unit used for current • another word for 274 deg c • which theorem is a² + b² = c² • what orientation y represents • energy before an object moves • what orientation x represents • moving objects have ____ energy • symbol to represent ‘a change in’ • what flows from negative to positive • ...

AS Physics 2012-12-04

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energy stored in an extended or compressed material
the force on an object cause by the gravitational field acting on it's mass
has both magnitude and direction
using a drawing often to scale to find the resultant vector
force x perpendicualar distance from the pivot point to line of action of the force
the net force acting on an object
the force that will give a 1kg mass and acceleration of one metre per second
the total distance travelled by an object divided by the time taken
the ratio of stress to strain for a given materia,l resulting from tensile forces, provided Hooke's law is obeyed

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the distance moved by an object in a particular direction, measured from a fixed start point
the ratio of useful output energy to the total input energy of a device
energy of an object due to its motion
the point where rge ebtire weight of an object appears to act
the rate of change of the displacement of an object
and object in equilibrium is either at rest or travelling with a constant velocity because the net force on it is zero
the product of the force and the distance moved by the force in the direction of travel
the product of one of teh forces of a couple and the perpendicular distance between them
has magnitude but no direction
the rate of change of an object's velocity
the rate of change of the distance moved by an object

20 Clues: has magnitude but no direction • has both magnitude and direction • the net force acting on an object • energy of an object due to its motion • the rate of change of an object's velocity • the rate of change of the displacement of an object • energy stored in an extended or compressed material • the rate of change of the distance moved by an object • ...

Motion (physics) 2013-01-10

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mass x velocity
Rate at which something is able to move or operate
Newton's law about collisions
What subject is motion in?
momentum is a ________
unit of momentum
energy of motion
Type of motion in three dimensional space
significant works done in the Renaissance era
Type of motion
changes in velocity over a period of time
staying still
a downward force caused by the earth

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the speed of something in a given direction
the theory that describes speed of light
change in postion of an object with respect to time and its surrounding
what motion did biologist Robert Brown noticed?
who made the three laws of motion?
momentum that is transferred to another object
The study of motion without regard to the forces or energies that may be involved
remaining the same over a period of time
final speed of a body is less than its initial speed
something that acts upon an object and causes it to move to its direction
having direction and magnitude

24 Clues: staying still • Type of motion • mass x velocity • unit of momentum • energy of motion • momentum is a ________ • What subject is motion in? • Newton's law about collisions • having direction and magnitude • who made the three laws of motion? • a downward force caused by the earth • the theory that describes speed of light • remaining the same over a period of time • ...

Physics-Upamanyu 2013-06-09

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Can be real or virtual
A temperature scale
SI unit of energy
Splitting of nuclei
Mass/volume
Boils at 212°F
Measures pressure
Unit of power
Diverging lens
Non-conductor
Diverging mirror
V
It travels very fast
Our nearest star
An apple fell on his head

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A body part with a lens
Mercury at room temperature
SI unit of mass
Many cells together make this
Distance/time
Negatively charged particle
e.g. aluminium, silver
Unit of charge
It attracts iron
Uncharged particle
Commonly used conductor
Refracts light

27 Clues: V • Mass/volume • Distance/time • Unit of power • Non-conductor • Boils at 212°F • Unit of charge • Diverging lens • Refracts light • SI unit of mass • It attracts iron • Diverging mirror • Our nearest star • SI unit of energy • Measures pressure • Uncharged particle • A temperature scale • Splitting of nuclei • It travels very fast • Can be real or virtual • e.g. aluminium, silver • A body part with a lens • ...

ISAT Physics 2013-03-12

Across

/ A hammer is an example of which simple machine?
/ Units of work are measured in?
/ In 2 seconds a ball travels 100cm. What is the speed of the ball? ______ cm/sec.
/ This lens bulges outward and causes light rays to meet, or converge.
/ The energy of motion
/ You burn your hand when it comes into contact with a hot stove. What kind of heat transfer is this?
/ The force that pulls all objects towards each other
/ A ladder or ramp is an example of this simple machine?
/ A slinky weighs 10 newtons. How much work does it do climbing 2 meters of steps. (Hint: Work = force x distance)
/ Earth receives energy from the sun by?
/ Energy that is "stored" because of the position and/or arrangement of the object.

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/ when light changes direction as a result of "bouncing off" a surface like a mirror.
/ When water in a pot heats up, it becomes less __________ causing it rise to the top .
/ What is a material or an object that does not easily allow heat, electricity, light, or sound to pass through it called?
/ Bicycles, roller skates, and skate boards use this simple machine?
/ Force times distance equals what?
/ bending of light around another object is called?
/ the method of heat transfer
/ An object at rest will remain at rest unless acted on by an unbalanced force is which of Newton’s 3 laws?
/ An Axe or chisel is an example of what kind of simple machine?
/ the bending of light as it passes from one substance to another
/ This lens curves inward and causes light rays to spread apart, or diverge.
/ for every action there is an equal and opposite reaction is which of Newton’s 3 laws?
/ Light has properties of both particles and ________.

24 Clues: / The energy of motion • / the method of heat transfer • / Units of work are measured in? • / Force times distance equals what? • / Earth receives energy from the sun by? • / A hammer is an example of which simple machine? • / bending of light around another object is called? • / The force that pulls all objects towards each other • ...

ISAT Physics 2013-03-11

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/ An object at rest will remain at rest unless acted on by an unbalanced force is which of Newton’s 3 laws?
/ The force that pulls all objects towards each other
/ This lens curves inward and causes light rays to spread apart, or diverge.
/ the method of heat transfer
/ Energy that is "stored" because of the position and/or arrangement of the object.
/ Bicycles, roller skates, and skate boards use this simple machine?
/ You burn your hand when it comes into contact with a hot stove. What kind of heat transfer is this?
/ Force times distance equals what?

Down

/ In 2 seconds a ball travels 100cm. What is the speed of the ball? ______ cm/sec.
/ The energy of motion
/ Earth receives energy from the sun by?
/ when light changes direction as a result of "bouncing off" a surface like a mirror.
/ the bending of light as it passes from one substance to another
/ This lens bulges outward and causes light rays to meet, or converge.
/ A ladder or ramp is an example of this simple machine?
/ bending of light around another object is called?
/ An Axe or chisel is an example of what kind of simple machine?
/ What is a material or an object that does not easily allow heat, electricity, light, or sound to pass through it called?
/ A hammer is an example of which simple machine?
/ Units of work are measured in?
/ When water in a pot heats up, it becomes less __________ causing it rise to the top .
/ for every action there is an equal and opposite reaction is which of Newton’s 3 laws?

22 Clues: / The energy of motion • / the method of heat transfer • / Units of work are measured in? • / Force times distance equals what? • / Earth receives energy from the sun by? • / A hammer is an example of which simple machine? • / bending of light around another object is called? • / The force that pulls all objects towards each other • ...

Physics Club 2013-12-04

Across

MLK was a
Slave who brought the case of his freedom to court
Abraham Lincoln was a member of the _________ Party
white supremacy group
First African American supreme court judge
Assassinated MLK
African americans wanted
Legislation designed to overcome loopholes on the enforcement of desegregation laws
Slavery abolished with this amendment
Period in 1870s was
Inaugurated in 1861
Rhymes with hennesy

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Segregation laws
Rhymes with boating fights
broke out after MLK's assassination
First female African to become secretary of state
First African American to receive votes
John Brown was a
American _____ of rights
Martin Luther King had a
act that prohibited slawveryr in region North of Ohio river
people who wanted slavery abolished
First Black President of USA
alias for El-Haijj Malik El-Shabazz
African Americans were to sit at the ____ of buses
when some slaves are freed
Civil liberties have been protected in English tradition through _________ law
little rock _____
Classical liberals ______ slavery
led to compromise of 1833

30 Clues: MLK was a • Segregation laws • John Brown was a • Assassinated MLK • little rock _____ • Period in 1870s was • Inaugurated in 1861 • Rhymes with hennesy • white supremacy group • American _____ of rights • Martin Luther King had a • African americans wanted • led to compromise of 1833 • Rhymes with boating fights • when some slaves are freed • First Black President of USA • ...

Physics Review 2013-11-26

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If it has 1000000000000 stars it is a ________.
A group of a minimum number of atoms in the same ratio as in the bulk material is a ________.
Currently the objects that we hope are the smallest components of matter are called ________.
Energy/electron = ________.
Difficulty on passing current is called ________.
AMA accounts for ________.
Electrons/sec = ________.
The simplest (most fundamental) object obtainable by chemical means (pounding, acids, freezing, etc.) is ________.
A ________ consists of everything observable.

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If a machine is 90% efficient where does the missing 10 % go?
The distance light travels in a year.
A positron was the first example of ________.
If each fission causes one additional fission you have a ________.
If it is comfortable to live on it’s a ________.
A fuse should be in ________ with the thing it is to protect.
These have a very regular organized structure.
There are about a hundred different types of ________.
Heavy nuclei produce energy by ________.
Magnetic field affect ________.
A generator worked backward would probably act like a ________.

20 Clues: Electrons/sec = ________. • AMA accounts for ________. • Energy/electron = ________. • Magnetic field affect ________. • The distance light travels in a year. • Heavy nuclei produce energy by ________. • A positron was the first example of ________. • A ________ consists of everything observable. • These have a very regular organized structure. • ...

Physics Review 2013-11-26

Across

A fuse should be in ________ with the thing it is to protect.
Magnetic field affect ________.
AMA accounts for ________.
Currently the objects that we hope are the smallest components of matter are called ________.
A positron was the first example of ________.
Difficulty on passing current is called ________.
A ________ consists of everything observable.
Electrons/sec = ________.
If it is comfortable to live on it’s a ________.
The simplest (most fundamental) object obtainable by chemical means (pounding, acids, freezing, etc.) is ________.

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Energy/electron = ________.
Heavy nuclei produce energy by ________.
A generator worked backward would probably act like a ________.
These have a very regular organized structure.
If each fission causes one additional fission you have a ________.
There are about a hundred different types of ________.
A group of a minimum number of atoms in the same ratio as in the bulk material is a ________.
The distance light travels in a year.
If it has 1000000000000 stars it is a ________.
If a machine is 90% efficient where does the missing 10 % go?

PHYSICS - FORCE 2014-10-20

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One type of force, present when we use a trampoline.
A force that is a pull or a push by another object.
Forces that act by contact.
Ability of an object to resist change of motion.
A quantity that has only magnitude.
A vector quantity.
The resistance of an object to a change in the motion.
We measure this quantity in m/s.
If gravity changes this property also changes.
Complete the sentence:"Less ........, less inertia".
The force that is always opposite the direction of motion and always acts to slow us down.
A force that is a pull by a cable, rope or string.
A push or a pull.
An English physicist and mathematician that discovered 3 laws.
Forces that act without contact.

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Unit used to measure time.
Is the force of gravity on mass.
Force that also receives the name of air resistance.
Unit to measure mass.
Is a vector quantity.
The pull down toward the center of the Earth acting on all objects.
A scalar quantity.
Unit used to measure distance.
Is the amount matter of an object.
The total number of Newton's law.
A force that is a push of a surface up (perpendicular to surface).
A quantity that has magnitude and direction.
Which is the Newton's law that say: "Thinks keep moving or stay at rest, unless a net force acts upon them".

28 Clues: A push or a pull. • A vector quantity. • A scalar quantity. • Unit to measure mass. • Is a vector quantity. • Unit used to measure time. • Forces that act by contact. • Unit used to measure distance. • Is the force of gravity on mass. • We measure this quantity in m/s. • Forces that act without contact. • The total number of Newton's law. • Is the amount matter of an object. • ...

Conceptual Physics 2013-04-06

Across

Work divided by time.
Unit of energy.
The standard unit of force.
Mass * velocity.
The standard unit for length.
Kind of collision in which shape changes.
Kind of collision in which shape does not change.
The force due to gravity.
The Total distance covered divided by the time it took to travel that distance.
Fake force.
One quantity increases the other quantity decreases.
Energy of position.
A measure of how well something uses energy.
Any Push or Pull.
Force * distance.
Magnitude.
The ability for an object to resist changes to it’s state of motion.
Vector quantity for speed.
Force that keeps an object moving in a circle.
Simple machine.
Units of power.
Energy of motion.
An object is moving if its position relative to a fixed point is changing.
Unit of time.

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Force divided by area.
Magnitude and Direction.
Falling under the force of gravity only.
An object that can change the direction of a force or multiply forces.
At the beginning. In physics it is when time equals zero.
A distance.
The sum of the energies of position and motion.
The change in velocity divided by time. vector quantity.
F=ma.
Energy is neither created nor destroyed.
Distance divided by time.
The Vector sum of all of the forces acting on an object.
At right angles.
Pivot point.
Force of rubbing two surfaces together. A force of sliding.
A number. Also shown as a length.
The number and kind of atoms that make up an object.
An object will continue in motion or stay at rest unless acted upon by a non-zero net force.
The Net force is zero. By Newton’s 2nd Law acceleration is zero.
The standard unit of mass.

44 Clues: F=ma. • Magnitude. • A distance. • Fake force. • Pivot point. • Unit of time. • Unit of energy. • Simple machine. • Units of power. • Mass * velocity. • At right angles. • Any Push or Pull. • Force * distance. • Energy of motion. • Energy of position. • Work divided by time. • Force divided by area. • Magnitude and Direction. • The force due to gravity. • Distance divided by time. • ...

Physics Review 2013-09-20

Across

/ have magnitude only.
/ is displacement over total time.
/ change in position.
/ the position at a particular instant.
/ the vector that represents the sum of the other two vectors.
/ series of images showing the positions of amoving object at equal time intervals is called
/ how far the object is from the origin.
/ is the natural science that involves the study of matter and its motion through space and time, along with related concepts such as energy and force.
/ a simplified version of a motion diagram in which theobject in motion is replaced by a series of single points.
/ the difference between two times

Down

/ is the absolute value of the average velocity.
/ tells you the location of the zero point of the variable you are studying and the direction in which the values of the variable increase.
/ Length, mass, time, electric current, thermodynamic temperature, amount of substance, luminous intensity.
/ the separation between an object and the origin.
/ have both magnitude and direction.
/ the speed and direction of an object at a particular instant.
/ descibes the nearness of a measurement to the standard or true value.
/ rectilinear, curvilinear, angular.
/ plotting the time data on horizontal axis and the position data on a vertical axis.
/ the point at which both variables have the value zero.
/ is the degree to which several measurements provide answers very close to each other.
/ any movement or change in position or time.

22 Clues: / change in position. • / have magnitude only. • / rectilinear, curvilinear, angular. • / the difference between two times • / is displacement over total time. • / have both magnitude and direction. • / the position at a particular instant. • / how far the object is from the origin. • / any movement or change in position or time. • ...

Physics words 2013-09-02

Across

Part of Science regarding lots including movement
The degree of intensity of this, measured by acceleration.
The moving of something from its place or position.
Moving up
The speed of something in a given direction.
Having only magnitude, not direction
Newton The creator of the 3 laws
A tendency to do nothing or to remain unchanged
The strength and vitality required for sustained physical or mental activity.
A quantity having direction as well as magnitude, esp. as determining the position of one point in space relative to another.
Deeps backward

Down

Length
A material thing that can be seen and touched.
Wal backwards
To decrease the velocity of.
A coherent, typically large body of matter with no definite shape.
seconds
Not moving
Everything
Pressure

20 Clues: Length • seconds • Pressure • Moving up • Not moving • Everything • Wal backwards • Deeps backward • To decrease the velocity of. • Newton The creator of the 3 laws • Having only magnitude, not direction • The speed of something in a given direction. • A material thing that can be seen and touched. • A tendency to do nothing or to remain unchanged • ...

Physics Saftey 2013-09-27

Across

Do not _______ chemicals you should waft them towards your nose
_____, to your teacher
Silliness that is disruptive
you should always wear these on your feet incase of harm
Never ____ in a lab unless told otherwise by the teacher
In case of fire you should wear your hair
If you have any ______ inform your teacher ASAP
Incase of exposer to broken glass, or chemicals you should wear
incase of a person being on fire you use a ________.
Pour _____ into base not base into ____.

Down

Never work in a closed space make sure it's ________.
wear these to proctect your eyes
use your inside voices
If you have any ________ don't leave it on the floor, clean it up, and tell a teacher
Be _____ in the lab
Keep everything _____ and organized
If you get chemicals in your eyes use the ________.
Don't ____ chemicals down the drain, place in proper disposal areas.
Do not do this in a lab enviroment
Always wear a ____ over your clothing for protection

20 Clues: Be _____ in the lab • use your inside voices • _____, to your teacher • Silliness that is disruptive • wear these to proctect your eyes • Do not do this in a lab enviroment • Keep everything _____ and organized • Pour _____ into base not base into ____. • In case of fire you should wear your hair • If you have any ______ inform your teacher ASAP • ...

Nuclear Physics 2015-06-15

Across

what is the name of the energy that when protons and neutrons go together to form the nucleus.
what is the energy used when proton and electron come flying of at a high speed
The things that we can find in Nuclei are Protons and ______
Things we should get as many as possible to fission, before the bomb goes off mechinally
the principle where neutrons or protons count as different quantum numbers; now there are five quantum numbers.
the phenomenon, exhibited by and being a property of certain elements
When you shoot the neutron into the nucleus
to become decomposed
any of two or more forms of a chemical element, having the same number of protons in the nucleus
any of the massless or nearly massless electrically neutral leptons
strongly interacting particle other than a baryon.
a chain reacting pile
a positively charged elementary particle

Down

a proton or neutron, especially when considered as a component of a nucleus
Extra neutrons will increase the possibility to grow
force The difference between a nucleon and other types of particles is that they have a new kind of force called:
matter composed only of antiparticles, especially antiprotons, antineutrons.
rapidity of motion or operation
One way to increase the number of fissions without increasing the amount of uranium.
a unit charge equal to the charge on one electron
the act of cleaving or splitting into parts

21 Clues: to become decomposed • a chain reacting pile • rapidity of motion or operation • a positively charged elementary particle • When you shoot the neutron into the nucleus • the act of cleaving or splitting into parts • a unit charge equal to the charge on one electron • strongly interacting particle other than a baryon. • Extra neutrons will increase the possibility to grow • ...

Physics force 2016-03-13

Across

The force that stops atoms from falling apart is ..... force
...... force is responsible for chemical bonding.
It opposes motion.
The overall effect of multiple forces is called the .... force.
Forces are ......
The higher the mass the lower the .......
Acts to pull a stretched object back to its original length.
Before you put your foot on the break you have ...... distance

Down

Stops boats sinking.
Vector measure of speed.
...... = mass*acceleration
When an object rests on another you get ...... force.
What weight is measured in.
The maximum vector speed an object can fall at (dash between words).
The force that stops parachutists from going splat.
Resistance to movement.
A push and pull force, opposite poles attract. It is a ..... force.
Mass is the amount of ..... something contains.
Is used to represent forces on a diagram.
It affects both aspects that are factors in the amount of time it takes you to stop.

20 Clues: Forces are ...... • It opposes motion. • Stops boats sinking. • Resistance to movement. • Vector measure of speed. • ...... = mass*acceleration • What weight is measured in. • Is used to represent forces on a diagram. • The higher the mass the lower the ....... • Mass is the amount of ..... something contains. • ...... force is responsible for chemical bonding. • ...

Physics force 2016-03-13

Across

Causes almost a third of all traffic accidents in the us.
The overall effect of multiple forces is called the .... force.
Before you put your foot on the break you have ...... distance
...... force is responsible for chemical bonding.
The force that stops atoms from falling apart is ..... force
Resistance to movement.
A push and pull force, opposite poles attract. It is a ..... force.
It opposes motion.
It affects both aspects that are factors in the amount of time it takes you to stop.

Down

Stops boats sinking.
Forces are ......
The maximum vector speed an object can fall at (dash between words).
The force that stops parachutists from going splat.
Vector measure of speed.
Acts to pull a stretched object back to its original length.
The higher the mass the lower the .......
When an object rests on another you get ...... force.
Is used to represent forces on a diagram.
Mass is the amount of ..... something contains.
...... = mass*acceleration
What weight is measured in.

21 Clues: Forces are ...... • It opposes motion. • Stops boats sinking. • Resistance to movement. • Vector measure of speed. • ...... = mass*acceleration • What weight is measured in. • The higher the mass the lower the ....... • Is used to represent forces on a diagram. • Mass is the amount of ..... something contains. • ...... force is responsible for chemical bonding. • ...

Physics Crossword 2016-01-26

Across

A type of circuit that only has one pathway for electrons to travel
Doesn't pass electricity or heat as well as a conductor but better than an insulator
Produces dangerous radioactive waste
The rate of FLOW of electrons past a certain point in a circuit
The unit of measurement for electrical resistance
A method for generating electricity using steam
An ohmmeter and a voltmeter must be connected to a circuit in __________
Ohm's Law states that at a constant voltage, as the resistance increases, the current ____________
The process of removing charges by connecting an object to a larger object like the Earth
Water, the human body, and any metal are good examples of this
Holding a charged object close to, but not touching, a neutral object
Produces electricity by rotating a wire coil

Down

Light energy
A continuous path along which electrons flow
Another way to say voltage
Equal to using 1000 watts for 1hr
A cell used to convert solar power into electricity
Rubbing two objects together to create a charge
A common and deadly example of an electric discharge
An object that has more electrons than protons
Heat energy
Having no charge

22 Clues: Heat energy • Light energy • Having no charge • Another way to say voltage • Equal to using 1000 watts for 1hr • Produces dangerous radioactive waste • A continuous path along which electrons flow • Produces electricity by rotating a wire coil • An object that has more electrons than protons • Rubbing two objects together to create a charge • ...

Physics Terms 2015-11-24

Across

An object in motion stays in motion at a constant velocity and an object at rest stays at rest unless acted on by a net external force
A picture drawn with all forces acting on an object labeled
Usually this value is taken as a half of the smallest increment of the instrument scale.
A push or pull
gravity is not balanced by an equal and opposite normal force. formula: mg+ma
Distance over time, only a magnitude, not including a direction
The curved path an object takes when being thrown or launched
Change in speed over time
can be found using the formula Vt^2/r where Vt= tangent velocity of the object
the “center seeking” force that makes an object move in a circle
A quantity with magnitude + direction
is represented with the vector -9.8
A pulling force that arises from a rope, string, or other long thin material resists being pulled apart without stretching significantly
The magnitude of the force exerted by a spring is proportional to the amount it is stretched
Every action has an equal and opposite reaction.

Down

is not real! Says there is a force acting outward on an object as it rotates in a circle instead of inward.
The absolute uncertainty divided by the measured value
Finding the linear fit for non-linear data that shows the relationship between x and y
How far an object is from its starting position over time
How much ground a unit has covered over time
The X and Y broken-down parts of a vector
Occurs when surfaces are slipping past each other
Speed + Direction, is a vector
Occurs between two surfaces that are not slipping relative to each other
rotation along a circular path
An object with mass accelerates when acted on by a net force
Time needed to complete one revolution

27 Clues: A push or pull • Change in speed over time • Speed + Direction, is a vector • rotation along a circular path • is represented with the vector -9.8 • A quantity with magnitude + direction • Time needed to complete one revolution • The X and Y broken-down parts of a vector • How much ground a unit has covered over time • Every action has an equal and opposite reaction. • ...

Physics Crossword 2016-04-19

Across

only force acting on an object is gravity
positive terminal of a diode
tendency of an object to stay in its original state unless acted upon by another force
the mechanical energy that an object has due to its motion
for exerted by a string like object
curved path an object follows when thrown near the earths surface
= MA
lowest point on a wave
the mechanical energy that an object has due to its position
negative terminal of a diode
exhibits particle and wave properties
a force that makes a body follow a curved path
circuit that follows 1 path before completing the circuit
conversion of AC current to DC current
factor changes one thing to another version
a unit of light energy
distance from any point on a wave to the next point on an identical wave
capacity to do work
circuit which the current divides into two or more paths before recombining to complete the circuit
incomplete electrical circuit in which no current flows
the force exerted by a perpendicular surface
the force of gravity on an object
image that forms at a location from which light rays appear to come but actually do not appear
interaction between two surfaces causing heat
quantity defined as the product of the mass and velocity of object
point stationary point used to measure displacement

Down

the amount of work done
a measurement without direction
number of cycles of waves per unit of time
electrical current in which the flow of electric charges periodically reverse direction
mathematical representation of measurements with direction
for every action, there is an equal but opposite reaction
velocity at a certain point in time
electrical device that resists the flow of electrical current
flow of electrical charge is only in one direction
an object in motion will stay in motion, while an object at rest will remain at rest unless acted on by an unbalaced force
complete electrical circuit in which current flows
force total force acting on an object
change in the size of an image compared to the size of the object
electrical device that stores electrical energy
a diverging lens
vector which points from initial position to its final position
image of an object formed by light rays that come together at a specific location
region around a magnetic material or moving electrical charge within which the force of magnetism acts
highest point of a wave
a proposed explanation
semiconductor with two terminals, allowing the flow of current in one direction only
change in the direction of a wave
a converging lens
ability of a system to store an electric charge

50 Clues: = MA • a diverging lens • a converging lens • capacity to do work • lowest point on a wave • a unit of light energy • a proposed explanation • the amount of work done • highest point of a wave • positive terminal of a diode • negative terminal of a diode • a measurement without direction • change in the direction of a wave • the force of gravity on an object • ...

Physics Crossword 2016-10-12

Across

A device that produces coherent light by stimulated emission of radiation.
Electrical device used to store charge and energy in the electrical field.
The maximum absolute value attained by the disturbance of a wave or by any quantity that varies periodically.
The rate of doing work.
The point of maximum negative displacement on a transverse wave.
The product of force and time for which force acts, also equal to the change in momentum.
The unit of force, equal to the force that will produce an acceleration of 1m/s2 in a body of mass1 kg.
The transfer of heat by the actual transfer of matter.
A unit of heat, 1______ = 4.186 joules.
The redistribution of energy due to superposition of waves from coherent sources, resulting in alternate light and dark bands
The distance traveled by a body per unit of time.
The total amount of energy radiated each second from the surface of a source.
S.I. unit for power; equivalent to joule/sec.
is done when force acting on a body displaces it.
Microwave amplification by stimulated emission of radiation.
An elementary particle having same mass as that of an electron but equal and positive charge.
Sound waves of frequency less than 20 Hz, below the range of human hearing.
Unit of sound level, if P1 & P2 are two amounts of power, the first is said to be n _______s greater, where n = 10 log10 (P1/P2)
The force per unit area.
A device used to accelerate the charged particles.
Fixed amounts; usually referring to fixed amounts of energy absorbed or emitted by matter.
The point to which rays that are initially parallel to the axis of a lens or mirror are converged or from which they appear to diverge.

Down

The property of a body to resist a change in its state of rest or of uniform motion.
_____ energy:The energy possessed by a body due to its motion, it is equal to ½ mv2, where m is the mass and v is the speed of the body
Unit of potential difference, equivalent to joule/coulomb.
A unit of pressure, equal to the pressure resulting from a force of 1 Newton acting uniformly over an area of 1m2.
A unit of pressure, equal to 105 Pascals.
The gravitational attraction at the surface of a planet or other celestial body.
The bending of light from its straight line path when it travels from one medium to another.
An object which after being given an initial velocity is allowed to fall under the effect of gravity alone.
The ratio of charge stored per increase in potential difference.
The mass of a substance per unit volume.
A collective name for protons and neutrons.
The unit of work and energy, 1J = 1N-m.
The electric charge required to liberate gram equivalent of a substance. 1 ______ = 96485 coulomb/mole.
The bouncing back of a wave from a boundary.
Materials like wood that are poor conductors of heat or electricity.
The transfer of heat from a region of higher temperature to a region of lower temperature by increased kinetic energy moving from molecule to molecule.
The unit of frequency, also known as cycles per second.
The actual path length covered by a body.
atoms of the same element with same atomic no (no of protons) but different mass no (no of neutrons).
A highly ionized gas composed entirely of equal number of positive ions and electrons.
Matter that has the ability to flow.
S.I. Unit of electric current, one ampere is the flow of one coulomb of charge per second.
The number of oscillations completed in 1 second by an oscillating body.
The central, positively charged, dense portion of an atom.
______ State: The lowest energy state of an atom.
The S.I.unit of capacitance, defined as the capacitance of a capacitor that, if charged to 1 C, has a potential difference of 1 V.
Unit of resistance; 1 _____ = 1volt/ampere.

49 Clues: The rate of doing work. • The force per unit area. • Matter that has the ability to flow. • The unit of work and energy, 1J = 1N-m. • A unit of heat, 1______ = 4.186 joules. • The mass of a substance per unit volume. • A unit of pressure, equal to 105 Pascals. • The actual path length covered by a body. • A collective name for protons and neutrons. • ...

Physics 2020 2020-03-08

Across

object's change in position with respect to time
yearly motion
bouncing back of light
moon blocks out the sun
gaseous planet
sun at the center of the universe
Earth at the center of the universe
manifestation that light appears in different colors
disturbance in space and time

Down

image that appears in different location than its actual
example of diffraction
max.distance of the crest to trough
dwarf planet
light passes through a medium without being absorbed
bending of light
medium that diffracts light
terrestrial planet
explained the position of the rainbow
daily motion
ancient Babylonian device

20 Clues: dwarf planet • daily motion • yearly motion • gaseous planet • bending of light • terrestrial planet • example of diffraction • bouncing back of light • moon blocks out the sun • ancient Babylonian device • medium that diffracts light • disturbance in space and time • sun at the center of the universe • max.distance of the crest to trough • Earth at the center of the universe • ...

Revision Physics 2021-02-05

Across

there is ____ and negative charge
quantitative measure for amount of substance
the charge of electrons
motion of air particles when sound is traveling
shape of earth orbit
the mass of a cubic centimeter of substance
state of matter in which the particles are held together strongly
substance that doesn't conduct electricity
the overall charge of an atom

Down

unit for amount of substance
____ is caused by gas particles colliding with the walls of their container
energy stored in a battery
the turning effect of a force
the name of the force acting on two different charges
splitting of white light as it travels through a prism
unit of Force
energy of moving objects
the flat space occupied by a shape
magnets have two poles, north and ___
charge carriers that move through a circuit

20 Clues: unit of Force • shape of earth orbit • the charge of electrons • energy of moving objects • energy stored in a battery • unit for amount of substance • the turning effect of a force • the overall charge of an atom • there is ____ and negative charge • the flat space occupied by a shape • magnets have two poles, north and ___ • substance that doesn't conduct electricity • ...

Physics review 2021-02-22

Across

Slowing down
An object's relative mass
Unit of force
Size of a physical quantity
Tenancy of an object to remain in rest or motion
Has both a Magnitude and an associated direction
A force that opposes or prevents movement
Energy which an object possesses by being in motion
Force that keeps an object moving
The rate of change in motion
Single force found by adding all forces acting upon an object together
Amount of energy it takes to do a task
How fast an object is moving

Down

Force exerted in the opposite direction of an action force
The speed of an object in a particular direction
Quantity that does not have an associated direction
An attraction or movement towards something
Point of rotation or turning
When the speed of an object remains the same
Push or pull between objects that are not physically touching

20 Clues: Slowing down • Unit of force • An object's relative mass • Size of a physical quantity • Point of rotation or turning • The rate of change in motion • How fast an object is moving • Force that keeps an object moving • Amount of energy it takes to do a task • A force that opposes or prevents movement • An attraction or movement towards something • ...

Physics Midterm 2021-01-06

Across

newton's _____ law, every action has an equal and opposite reaction
acceleration of gravity on earth in m/s/s (include unit with symbol for per)
would a baseball be easier to move than a car in space with very little gravity (answer in yay or nay)
speed in a given direction
1/2m•v^2
m • g • h (abbrv)
mass • gravity
force perpendicular to surface on which an object lies
rate of change of velocity per unit of time
a force toward the center of a circle that keeps something in a circular motion

Down

the speed at which an object is falling at after 5 of freefall where g is 10m/s/s (include m/s after your number)
vector which is the shortest distance between a starting point and ending point
how far something has traveled
the size or extent of something
a property dependent on mass that requires objects to keep moving at the same speed and in the same direction forever
unit of work
formed 3 laws of motion
a fake circular force
mass • acceleration
the sum of all forces on an object

20 Clues: 1/2m•v^2 • unit of work • mass • gravity • m • g • h (abbrv) • mass • acceleration • a fake circular force • formed 3 laws of motion • speed in a given direction • how far something has traveled • the size or extent of something • the sum of all forces on an object • rate of change of velocity per unit of time • force perpendicular to surface on which an object lies • ...

Material Physics 2019-04-10

Across

material which can be drawn into wires
deformation which results in ‘permanent set’
rubber becomes very stiff prior to breaking as further extension requires an increase in bond ________
the point at which deformation becomes permanent (7,5)
process which increases the hardness of a material
process by which ductile materials fail
brittle materials are strong under ______________
measure of stiffness (6,7)
extension per unit length due to an applied stress
measure of the breaking strength of a material when under tension (8,7,6)
a material which only undergoes a small strain before failing is said to be __________.
process which increases the ductility of material
material with no regular internal structure

Down

a name to describe the crystalline structure within metals
material comprising of long chain molecules
rubber is less stiff after its initial extension as further extension only requires the bonds to be ____________
feature with disrupts the motion of edge dislocations through a polycrystaline material (5,8)
prestressed glass
force per unit cross-sectional area when equal opposing forces act on a body
when a material is put under stress and the stress is then relaxed, the stress-strain graphs for increasing and decreasing stress do not coincide, but form a loop
method by which brittle materials fail (5,11)
the point at which no further stress (i.e. force) is required for a material to undergo continued extension
material which can be shaped or formed by pressure or hammering
deformation which is non-permanent

24 Clues: prestressed glass • measure of stiffness (6,7) • deformation which is non-permanent • material which can be drawn into wires • process by which ductile materials fail • material comprising of long chain molecules • material with no regular internal structure • deformation which results in ‘permanent set’ • method by which brittle materials fail (5,11) • ...

Physics Wordsearch 2019-05-23

Across

A simple machine consisting of a rigid bar pivoted on a fixed point
the rate of flow of electric charge
system operated or moved by a fluid
a material whose internal electric charges do not flow freely
no matter or in which the pressure is so low
an object or type of material that allows the flow of charge
a measuring device used to measure the electric current in a circuit
force per unit area
Something done or produced through exertion

Down

A strip or wire of metal inserted in an electric circuit
strength or energy as an attribute of physical action or movement.
decreasing the concentration of the particles in the air.
any atom or group of atoms that bears one or more positive or negative electrical charges
the opposition that a substance offers to the flow of electric current
a measure of its tendency to cause a body to rotate about a specific point or axis
a pivot point
Object being carried, or moved
the force of gravity on the object
an electrical component that limits or regulates the flow of electrical current in an electronic circuit
The degree of compactness of a substance.

20 Clues: a pivot point • force per unit area • Object being carried, or moved • the force of gravity on the object • the rate of flow of electric charge • system operated or moved by a fluid • The degree of compactness of a substance. • Something done or produced through exertion • no matter or in which the pressure is so low • A strip or wire of metal inserted in an electric circuit • ...

ATOMIC PHYSICS 2017-01-14

Across

He observed that zinc plateszinc became positively charged when struck by light.
Each packet of energy is a quantum of energy called ____.
______ function is the energy spent depending on the metallic surface.
A theory that states that light is made up of very fine particles, or corpuscles, which are emitted from sources at high temperature.
He is the first to detect the existence of EM waves and observed that radiation could eject electrons from metallic plates.
A curve that travel from the infrared region to the ultraviolet region.
Series of line in the spectrum of Hydrogen where in the ultraviolet region (nn to n = 1)
1 _____ is equal to 10-10
The atom is almost empty, with its mass concentrated in a very small portion which he called the ____.
He proposed that atoms do not absorb or emit light continuously, but do so in a little chunk he called quantum.

Down

An instrument used to detect radiation outside the visible spectrum.
Unit of frequency
When a piece of iron was heated, it emits ____ radiation which is felt as heat.
The highest energy of the hydrogen atom is in the __________ orbit.
Performed a series of precise experiments confirming the photon theory.
Series of line in the spectrum of Hydrogen where in the infrared region (nn to n = 3)
He found that a certain substance spontaneously emit charged particle (alpha particle).
First stationary state with a lowest energy.
The minimum amount of any physical entity involved in an interaction
At this frequency of the incident radiation, the KE of the ejected photon is zero.

20 Clues: Unit of frequency • 1 _____ is equal to 10-10 • First stationary state with a lowest energy. • Each packet of energy is a quantum of energy called ____. • An instrument used to detect radiation outside the visible spectrum. • The minimum amount of any physical entity involved in an interaction • The highest energy of the hydrogen atom is in the __________ orbit. • ...

Physics crossword 2017-12-30

Across

A small breach on a surface
The line that marks the limits or edges of something and separates it from other things or places
A smooth surface on which regular reflection takes place
A state, or the production of a state, in which rays of light or similar radiation exhibit different properties in different directions
The electromagnetic radiation within a certain portion of the electromagnetic spectrum
The point on a wave with the greatest positive value or upward displacement within a cycle
The change of direction of a ray or a wave after bumping into a barrier or a surface
The number of complete vibrational cycles of a medium per a given amount of time
The time for a particle on a medium to make one complete vibrational cycle, or in other words, one complete oscillation. According to I.S. it is measured in seconds
The position of a point in time on a waveform cycle

Down

An attribute of things that result from the light they reflect, transmit or emit in so far as this light causes a visual sensation that depends on its wavelenght
The imaginary surface representing corresponding points of a wave that vibrates in unison
The combination of two or more waves trains moving on intersecting or coincident paths
The line perpendicular to the boundary passing through the point of incidence
A substance that makes possible the transfer of energy from one location to another, especially through waves
A space devoid of matter
A natural or artificial process that emits a visible electromagnetic radiation
The magnitude, thus a scalar quantity, of the rate of change of an object's position
The transparent optical element with flat and polished surfaces and it is mostly used to disperse light
The distance travelled by a wave in a specified context

20 Clues: A space devoid of matter • A small breach on a surface • The position of a point in time on a waveform cycle • The distance travelled by a wave in a specified context • A smooth surface on which regular reflection takes place • The line perpendicular to the boundary passing through the point of incidence • ...

PHYSICS AAAA 2020-10-07

Across

final_x_velocity
range
trajectory
angle
parabola
vertical_displacement
x_components
resultant_vector
projectile_motion
final_y_velocity
horizontal_displacement
initial_y_velocity

Down

initial_x_velocity
vertical_velocity
y_components
horizontal_acceleration
vertical_acceleration
trigonometry
horizontal_velocity
height

20 Clues: range • angle • height • parabola • trajectory • y_components • trigonometry • x_components • final_x_velocity • resultant_vector • final_y_velocity • vertical_velocity • projectile_motion • initial_x_velocity • initial_y_velocity • horizontal_velocity • vertical_acceleration • vertical_displacement • horizontal_acceleration • horizontal_displacement

PHYSICS AAAA 2020-10-07

Across

initial_x_velocity
horizontal_velocity
trigonometry
final_y_velocity
x_components
trajectory
horizontal_displacement
horizontal_acceleration
y_components
vertical_acceleration
vertical_velocity
parabola
height

Down

projectile_motion
vertical_displacement
initial_y_velocity
resultant_vector
final_x_velocity
angle
range

20 Clues: angle • range • height • parabola • trajectory • trigonometry • x_components • y_components • final_y_velocity • resultant_vector • final_x_velocity • projectile_motion • vertical_velocity • initial_x_velocity • initial_y_velocity • horizontal_velocity • vertical_displacement • vertical_acceleration • horizontal_displacement • horizontal_acceleration

PHYSICS AAAA 2020-10-07

Across

y_components
angle
vertical_displacement
trajectory
final_y_velocity
projectile_motion
height
initial_x_velocity

Down

initial_y_velocity
final_x_velocity
resultant_vector
x_components
vertical_acceleration
vertical_velocity
trigonometry
horizontal_displacement
parabola
range
horizontal_velocity
horizontal_acceleration

20 Clues: angle • range • height • parabola • trajectory • y_components • x_components • trigonometry • final_x_velocity • resultant_vector • final_y_velocity • vertical_velocity • projectile_motion • initial_y_velocity • initial_x_velocity • horizontal_velocity • vertical_displacement • vertical_acceleration • horizontal_displacement • horizontal_acceleration

PHYSICS AAAA 2020-10-07

Across

initial_x_velocity
horizontal_velocity
trigonometry
final_y_velocity
x_components
trajectory
horizontal_displacement
horizontal_acceleration
y_components
vertical_acceleration
vertical_velocity
parabola
height

Down

projectile_motion
vertical_displacement
initial_y_velocity
resultant_vector
final_x_velocity
angle
range

Physics Crossword 2018-12-17

Across

location of an object in space
any push or pull on an object
every force has an equal and opposite force
measure of the Earth’s pull on a mass
total displacement divided by time
says that energy cannot be created or destroyed
state of an object when moving at a constant speed
force from a coil of metal
state of an object when the object is at rest
force from a solid surface
a simplified representation or model of all the forces acting on an object
measure of an object’s resistance to change in motion
the cause of acceleration

Down

momentum is conserved before and after a collision so long as there are not outside forces
measure from starting point to ending point for a moving object
the energy of motion
total force
what an object possess when it is at height
a force that resists the start of an object’s motion
total number of steps taken by an object
what a spring possess when it is compressed or stretched
when a force causes an object to travel a distance _____ is done.
total distance traveled divided by time.
the measure of inertia and has units of kilograms
a force that resists a moving object
the amount speed changes each second
the product of an object’s mass times its velocity
force from a rope or string

28 Clues: total force • the energy of motion • the cause of acceleration • force from a coil of metal • force from a solid surface • force from a rope or string • any push or pull on an object • location of an object in space • total displacement divided by time • a force that resists a moving object • the amount speed changes each second • measure of the Earth’s pull on a mass • ...

Physics Revision 2019-01-05

Across

Force divided by area
Gamma Rays cause
The shape of a planetary orbit
Brown wire in plug
Stops unwanted energy transfers
Creates a magnetic field when electric current is run through it
Used to find the direction of a magnetic field
Energy transfered by infrared waves
1/2 x mass x velocity squared
Hearing range between 20 and 20 000 Hertz
Light waves are
initial speed squared plus 2 x acceleration x distance moved
Energy store that releases energy by chemical reactions
Line drawn perpendicular to the reflective surface where the incidence ray hits it
Shared equally between components equally in series circuit
1 divided by sin c
Diagram linking useful and wasted energy
The louder the sound the greater the
Measures pressure
On a temperature-time graph a flat section shows a
Gas molecules move faster when the temperature
Melts when too much current flows through it breaking the circuit
Causes satellites to orbit planets
The last stage in stellar evolution of a star with a similar mass to the sun
When a wave source is moving away from an observer and the observed wavelength increases and the frequency decreases
Colour of a class A star
Gas molecules have a random
Measures resistance
When air resistance is equal to weight
Has multiple pathways for the current to flow through
Equals force times perpendicular distance from the pivot
Affects the driver's braking distance
When all light is reflected back into the more optically dense medium
One Joule per Coulomb
When it wont return to original length it reaches the limit of
Sound waves are
Reusable version of a fuse
Displays sound energy as electric signals
Rate of flow of charge carried by electrons
Has a plastic casing with no wires connect
Affects the driver's thinking distance
Harmful to eyes and causes sunburn
Affects gravitational field strength
The length of time it takes for one complete wave
Is not lost unless in an open system
230 volts in UK

Down

A universal measurement of temperature
Equals the gradient in a distance-time graph
Emit the longest wavelength and lowest frequency
Area under the line in a velocity-time graph
Renewable, easy to manage and attach method of creating electrical energy
Extension is directly proportional to applied force (if object does exceed limit of proportionality)
Sin r times refractive index
Infrared Radiation is used for
Energy transfered by heating solids
Shown by the fingers in the right hand rule
A large collection of billions of stars
Quantity that has both magnitude and direction
The amount of energy required to raise the temperature of a substance by 1 degrees Celcius
Allows humans to classify stars correctly and compare them
A force that opposes motion
A satellite that is used for communication and orbits the equator
When removed from a magnetic field magnetism is lost quickly
Used for observing internal structures of objects
Used in cars and reduces forces acting on chest
The rate of transfer of energy
Has a regular pattern of particles that vibrate
The bending of light when it enters a different medium
Units for current x time
Type of energy created by fossil fuels before kinetic
Current through a conductor is directly proportional to potential difference across it (if temperature is constant)
Device that convert ac current to dc
Energy store where two charges attract or repel each other
An imaginary surface joining all peaks of a wave
-273 degrees Celcius is also known as
Is higher the more something vibrates
The angle of incidence at which the angle of refraction is 90 degrees
A rule used to check the direction of the force, the current, and the magnetic field
It uses negatively charged ink and positively charged parts of paper
Increases resistance at low light intensity
If a component breaks it keeps flowing through others in a parallel circuit
Used by doctors to see different parts of the body
Energy transfer by heating in liquids and gases, where more energetic particles diffuse
Has balanced forces acting on it so it
Equals rise over run in a velocity-time graph
Like poles are brought together
Evidence for Big Bang

87 Clues: Light waves are • Sound waves are • 230 volts in UK • Gamma Rays cause • Measures pressure • Brown wire in plug • 1 divided by sin c • Measures resistance • Force divided by area • One Joule per Coulomb • Evidence for Big Bang • Units for current x time • Colour of a class A star • Reusable version of a fuse • A force that opposes motion • Gas molecules have a random • ...

Particle Physics 2019-01-09

Across

a convenient unit of charge used in particle physics (hint: not C) (1)
another word for quark ‘type’ (7)
2nd generation quark with charge of -1/3e (6)
charm and __________ are third generation quarks (6)
number of neutrons in 14/6 C (5)
a particle with a quark number of -3 (10)
a lepton with a charge of zero (8)
name for v (12)
quark composition of a deltaminus
name for ve (8,8)
antiparticles have opposite _____ compared to their ‘normal’ particle counterparts (6)
quark number = 0, charge = -1
hadron: charge = 0, quark number = 3 (7)
a particle which doesn’t technically have an antiparticle (5)
1st generation fundamental particle with a charge of +2/3 (2,5)
a particle never found on its own (5)

Down

quark number for v (4)
simplest atom (8)
e+ has a ___________ number of -1 (6)
a meson is a particle made up of a quark and _____ (9)
a 1st generation hadron with one name but two possible quark compositions (2,4)
the process that occurs when a particle and its antiparticle meet (12)
leptons and quarks are all __________ particles (11)
another name for an anti-electron, e+ (8)
the number of particles in the Standard Model of particle physics (6)
the maximum number of quarks in a particle (5)
a proton or a neutron (7)
electrons and electron neutrinos belong to the 1st generation family of _____ (6)
the centre of an atom (7)
full name for t (3,5)
two of these particles are found in a neutron (4,5)
uud
particles and their associated antiparticles have identical _____ (4)
quark composition of a deltadoubleplus

34 Clues: uud • name for v (12) • simplest atom (8) • name for ve (8,8) • full name for t (3,5) • quark number for v (4) • a proton or a neutron (7) • the centre of an atom (7) • quark number = 0, charge = -1 • number of neutrons in 14/6 C (5) • another word for quark ‘type’ (7) • quark composition of a deltaminus • a lepton with a charge of zero (8) • e+ has a ___________ number of -1 (6) • ...

Physics Crossword 2018-10-18

Across

smallest unit in metric system
change in distance
-9.8 m/s^2
steady change in velocity
variable E
point earth's surface
the motion of objects without reference to the forces that cause the motion.
distance/time
slope of position vs time graph
quantities that only have magnitude

Down

an object's change in position relative to a reference point
quantities that have magnitude and direction
how far an object is from its starting point
standard unit of mass
how much ground an object has covered
biggest unit in metric system
variable p
slope of speed vs time graph
standard unit of force
movement of an object toward Earth solely because of gravity

20 Clues: variable p • -9.8 m/s^2 • variable E • distance/time • change in distance • standard unit of mass • standard unit of force • point earth's surface • steady change in velocity • slope of speed vs time graph • biggest unit in metric system • smallest unit in metric system • slope of position vs time graph • quantities that only have magnitude • how much ground an object has covered • ...

Physics Overview 2021-05-13

Across

You can determine a projectile's trajectory if you know its
a vector quantity has both magnitude and ___
an object shot through the air
which waves reach earth's surface
increase in ___ increases the gravitational potential energy of an object
what represents change in speed on a position time graph
F=ma is the equation for
which type of force is the strongest when acting upon an atom
if there is more mass, the acceleration is
Highest frequency of light visible
is distance a scalar or vector quantity
What do mechanical waves need
momentum depends on what
the angle between the incident ray and the normal
electromagnetic wave with the lowest frequency
the lowest part of a wave
unit to measure force
what does coulombs law involve
which color is not included in the light spectrum
What is the direction of the acceleration of an object in circular motion
what increases when a voltage source is added in a series circuit
what kind of speed is registered by automobile speedometer
What is a force
a joule is a unit of
coldest temperature possible
In physics, temperature is the average ______ of the moving particles in a substance
if the force of an object doubles, what happens to its acceleration

Down

increases when a metal spring is stretched horizontally
as we become older, the frequency range of human hearing ____
an image that forms behind the lens
what is the unit for power
what type of wave is a sound wave
Who invented physics
what is the change in momentum
where are the protons and neutrons located in an atom
which lens always has a positive focal length
change in momentum
if one bulb goes out, they all do
what increases with pitch
objects at rest will stay at rest is what law
9.8 m/s2 represents the acceleration of ___
if a force is applied opposite the direction of the motion the work is
the more mass an object has the ___ potential energy it has
si unit for current
what kinds of images do convex mirrors form
what kind of line represents constant speed on a velocity time graph
the laws of physics tell us that energy is
the doppler effect changes this property of a wave
refraction is the ___ of light rays
energy cannot flow unless there is a __ circuit
A light bulb transforms electrical energy into

51 Clues: What is a force • change in momentum • si unit for current • Who invented physics • a joule is a unit of • unit to measure force • F=ma is the equation for • momentum depends on what • what increases with pitch • the lowest part of a wave • what is the unit for power • coldest temperature possible • What do mechanical waves need • an object shot through the air • ...

Physics crossword 2021-05-20

Across

force
longest wavelength
energy
doctors use it to see broken bones
acceleration
law
N(t)=1/2
force
speed
hole
absorption of heat
resistance of any object due to velocity
allows flow of charge
final transfer of energy to a surface
beam of light spread out

Down

zero
cars racing by
radiant energy invisible to human eyes
distributing light
current does not flow freely
Ex-light bulbs
of incidence
__ spectrum
the higher frequency the _ wavelength
notation
smallest wavelength
energy
rate of change of its position
two atoms with different # nuclei
release of heat
the lower the frequency the _ wavelength
SI unit-hertz

32 Clues: law • zero • hole • force • force • speed • energy • energy • N(t)=1/2 • notation • __ spectrum • of incidence • acceleration • SI unit-hertz • cars racing by • Ex-light bulbs • release of heat • distributing light • longest wavelength • absorption of heat • smallest wavelength • allows flow of charge • beam of light spread out • current does not flow freely • rate of change of its position • ...

Physics crossword 2021-05-20

Across

position over time
applied force over elapsed time
when speed of object is always changing
the higher frequency the _ wavelength
stored energy
amount of matter in object
strength exerted
final transfer of energy to a surface
used in radar, communications, food
strongest gravity
measure of force
lowest temp possible
rate of change of its position
angle between impact and solid surface
motion of energy
made of protons, neutrons, & electrons
the lower the frequency the _ wavelength
longest wavelength
radiant energy invisible to human eyes
resistance of any object due to velocity
distance or quantity
beam of light spread out
object wont change unless force acts
release of heat
transmission of energy in waves
vector whose length is shortest

Down

_ notation
change in rotation over time
acts outward on body moving in circle
cars racing by
SI base unit of electric current
force that attracts objects with mass
SI unit-hertz
two atoms with different # nuclei
__ spectrum
N(t)=1/2
force acts on body moving in circle
Ex-light bulbs
current does not flow freely
capacity to gain speed within x time
distributing light
acceleration due to gravity
doctors use it to see broken bones
mistake
heat transmitted through surface
absorption of heat
allows flow of charge
smallest wavelength

48 Clues: mistake • N(t)=1/2 • _ notation • __ spectrum • SI unit-hertz • stored energy • cars racing by • Ex-light bulbs • release of heat • strength exerted • measure of force • motion of energy • strongest gravity • position over time • distributing light • longest wavelength • absorption of heat • smallest wavelength • lowest temp possible • distance or quantity • allows flow of charge • beam of light spread out • ...

Physics crossword 2021-05-20

Across

motion of energy
rate of change of its position
force acts on body moving in circle
acts outward on body moving in circle
SI base unit of electric current
smallest wavelength
angle between impact and solid surface
resistance of any object to velocity
position over time
applied force over elapsed time
measure of force
acceleration due to gravity
made of protons, neutrons, & electrons
used in radar, communications, food
lowest temp possible
two atoms with different # nuclei
final transfer of energy to a surface
SI unit-hertz
current does not flow freely
object wont change unless force acts
_ notation
doctors use it to see broken bones
distributing light
absorption of heat
energy to an object
the higher frequency the _ wavelength
beam of light spread out

Down

state of disorder
__ spectrum
lower the frequency the _ wavelength
capacity to gain speed within x time
radiant energy invisible to human eyes
N(t)=1/2
release of heat
force that attracts objects with mass
distance or quantity
vector whose length is shortest
heat transmitted through surface
when speed of object is changing
amount of matter in object
mistake
strength exerted
change in rotation over time
Ex-light bulbs
cars racing by
transmission of energy in waves
strongest gravity
heat required to raise temp
stored energy
allows flow of charge
longest wavelength

51 Clues: mistake • N(t)=1/2 • _ notation • __ spectrum • SI unit-hertz • stored energy • Ex-light bulbs • cars racing by • release of heat • motion of energy • measure of force • strength exerted • state of disorder • strongest gravity • position over time • longest wavelength • distributing light • absorption of heat • smallest wavelength • energy to an object • distance or quantity • lowest temp possible • ...

Physics Crossword 2021-05-21

Across

the amount of potential energy in each unit of energy
distance and direction of an object's change in position from the starting point
the motion of an object in a circle at a constant speed
a wave in which the vibration of the medium is perpendicular to the direction of the wave
total distance an object travels divided by the total time it takes to travel that distance
equal force acting on a object in different directions
waves in which the vibration of the medium is parallel to the direction the wave travels
A quantity that has both magnitude and direction
the SI unit of frequency, equal to one cycle per second
the number of waves that pass a fixed point over a period of time
the force that prevents two surfaces from sliding past each other
a measure of how springy an object is
matter through which the wave travels
stored energy that depends upon the relative position of various parts of a system
SI unit of energy
the speed and direction of motion
the product of the mass and velocity of an object
a force that acts from one part of a system on another part of the same system
force that opposes the motion of two surfaces sliding past each other
every particle attracts every other particle in the universe with a force that is directly proportional to the product of their masses and inversely proportional to the square of the distance between their centers
the complete path that an electric current travels along
a twisting force
energy stored by something that can stretch or compress
the energy released or absorbed as a result of a chemical reaction
a force that acts on a system from the outside
rate of change of velocity where the velocity is increasing
distance between corresponding points of two consecutive waves
speed of an object at a given point in time
an object initially propelled by a force outside itself and keeps moving
amount of matter in an object
the capacity for doing work
a force pulling outward from the center of rotation

Down

states that the ratio of potential difference to current is constant
all the devices are connected using parallel connections
materials that impede the free flow of electrons from atom to atom and molecule to molecule
How well the results of an experiment agree with the measured and accepted value
an object or type of material that allows the flow of electrical current in one or more directions
A quantity that has only magnitude
a single disturbance that moves through a transmission medium
how well heat is conducted through a substance
the force that resists motion of one object rubbing against another
the tendency of objects to resist changes in speed or direction of motion
a disturbance that travels through space-time, accompanied by a transfer of energy
rate of change of velocity where the velocity is decreasing
a measure of how fast velocity is changing
a system in which no energy flows in or out of the system
the flow of charges in a circuit
a force pulling inward toward the center of rotation
forces that produce a nonzero net force
the overall force on an object
the law that states that energy cannot be created or destroyed but can be changed from one form to another
the rate of the angle turning with time
the electrons only have one path to follow through, current is the same throughout the circuit
an attractive force between two objects in the universe
the energy of an object becuase of its motion
The unit of measurement for force
point along the wave that has the greatest maximum velocity
transfer of heat by touch
gravitational force exerted on an object
The degree of exactness with which a quantity is measured using a given instrument
the height of a wave as measured from the center of the wave to the crest or the trough
force times distance

62 Clues: a twisting force • SI unit of energy • force times distance • transfer of heat by touch • the capacity for doing work • amount of matter in an object • the overall force on an object • the flow of charges in a circuit • the speed and direction of motion • The unit of measurement for force • A quantity that has only magnitude • a measure of how springy an object is • ...

Physics review 2021-05-21

Across

the separation of light into colors arranged according to their frequency
the mass of an object multiplied by its velocity
the rate at which work is done
the force directed toward ba fixed center that causes an object to follow a circular path
the bending of a wave as it crosses the boundary between two media at an angle
speed in a given direction
a pattern of distinct lines of color, with each line corresponding to a frequency of light
energy of motion
unit of work
the property of a body to resist changes to its state of motion
unit of power

Down

the force of gravity of an object
how fast an object is moving
the force that acts between materials that touch as they move past each other
energy that is stored and held in readiness
the angle of incidence that results in the light being refracted at an angle of 90 degrees with respect to the normal
the product of the net force on an object and the distance through which the object is moved
dense central region of an atom
the return of a wave back to its original medium
the unit of force
a state with greater energy than the atom's lowest energy state
the rate at which the velocity is changing
fission the splitting of atomic nuclei
the mass of an object multiplied by its velocity
one quantum of light energy

25 Clues: unit of work • unit of power • energy of motion • the unit of force • speed in a given direction • one quantum of light energy • how fast an object is moving • the rate at which work is done • dense central region of an atom • the force of gravity of an object • fission the splitting of atomic nuclei • the rate at which the velocity is changing • ...

Physics Crossword 2021-06-07

Across

if four crests of a wave pass in 36 seconds, what is the period, in seconds, of the wave?
the product of force and time
the rate at which work is done
the law for when a wave passes through the surface to a different medium
if a car is driving south with decreasing speed, is the acceleration directed northward, southward, eastward, or westward?
if one soccer player kicked the ball 5 meters to their friend on the right, and the friend kicked it back 3 meters to the left, what is the total distance that the ball moved?
the slope of a distance vs time graph
if a 75kg astronaut exerts a force of 50N on a satellite, what is the magnitude of force, in newtons, that the satellite will exert on the astronaut?
the slope of a velocity vs time graph
the product of mass and velocity
if a planet is orbiting the sun, is its speed the fastest when it is closer to or farther from the sun? (answer with "closer" or "farther")

Down

refraction occurs between two transparent media because the speed of light is ___ in the two media?
ability to cause change
a car moves in a straight line at 20 m/s for 10 miles, then at 30 m/s for another 10 miles. Is the car's average speed less than, greater than, or equal to 25 m/s? (give answer as "less", "greater" or "equal")
what does a vector have that a scalar doesn't
F*d*cosine of the angle
when the frequency of a wave is doubled, the wavelength is ___?
the weight of a 7kg cat in newtons
when an object is undergoing uniform circular motion does the centripetal force act towards the center or outside of the circle?
if one soccer player kicked the ball 5 meters to their friend on the right, and the friend kicked it back 3 meters to the left, what is the displacement of the ball from the first player?

20 Clues: ability to cause change • F*d*cosine of the angle • the product of force and time • the rate at which work is done • the product of mass and velocity • the weight of a 7kg cat in newtons • the slope of a distance vs time graph • the slope of a velocity vs time graph • what does a vector have that a scalar doesn't • ...

physics optics 2024-05-29

Across

Surface over which light has a constant phase.
Position of a point in time on a wave cycle.
Axis Line passing through the center of a lens or mirror.
Light bouncing off a surface.
Degree to which waves are in phase.
Range of different wavelengths of light.
Light passing through a medium.
Splitting of light into two rays in a crystal.
Efficiency Measure of a detector’s effectiveness in converting light to electrical signal.
Bending of light when it passes through different media.
Light consisting of a single wavelength.
Path Length Product of the refractive index of the medium and the physical distance light travels.
Point Point where light rays converge after passing through a lens.
Optical element that disperses light into a spectrum.
A narrow, focused stream of light.
Distortion in an image produced by a lens.
Device for measuring wave interference.
Law Equation describing refraction angles.
Constant Fundamental constant in quantum optics.
Enlargement of an image produced by an optical instrument.
Light spreading as it passes through a small aperture.
Aberration Failure of a lens to focus all colors to the same point.
Technique to record and display 3D images.

Down

Fiber Thin glass strand for transmitting light.
Height of a wave from its midpoint.
Light deflection by particles in its path.
Particle of light.
Separation of light into colors by wavelength.
Surface that reflects light to form an image.
Overlapping of light waves creating a pattern.
Orientation of light waves in a particular direction.
Scattering Scattering of light by particles smaller than the wavelength.
Grating Surface with many slits to disperse light.
Light taken in by a medium and not transmitted.
Devices emitting coherent light beams.
Curved glass that focuses or disperses light.
Distance between two peaks of a wave.
Number of wave cycles per second.
Internal Reflection Complete reflection of light within a medium.
Resolution Ability of an optical system to distinguish small details.

40 Clues: Particle of light. • Light bouncing off a surface. • Light passing through a medium. • Number of wave cycles per second. • A narrow, focused stream of light. • Height of a wave from its midpoint. • Degree to which waves are in phase. • Distance between two peaks of a wave. • Devices emitting coherent light beams. • Device for measuring wave interference. • ...

PHYSICS REVIEW 2023-09-13

Across

Newton's first law explains this property: 'An object at rest stays...'
Force that causes rotation, its magnitude is distance times force.
Type of friction that opposes the initial motion of objects. Is always equal to applied force.
According to Newton's second law of motion, when an unbalanced force is applied to an object, it causes the object to do this.
The equivalent of the normal force in liquids and gases. (5,8)
Friction force with a single magnitude.
Vector addition technique where one starts where the other ends. (3,2,4)
Resistance encountered by objects moving through fluids; similar to solid surface friction but in liquids and gases.
It is the convention when drawing magnetic field lines for the vector to originate from this. (5,4)
A phenomenon that results from the imbalance of electric charges on the surface of an object.
When the torques don't cancel out, you have this type of force.
Who said: The magnitude of the buoyant force is equal to the weight of the fluid displaced by the submerged portion of the object.

Down

A Cartesian diver sinks due to a decrease in the diver's ...
This non-contact interaction always occurs as a result of induction.
If an object floats it is described as having what kind of buoyancy?
A mathematical quantity that has both magnitude (size) and direction.
Refers to the single force or vector that represents the combined effect of multiple forces acting on an object.
Greek for 'I have found it'
The quantity that determines an object's resistance to acceleration.
Refers to the force exerted on an object due to gravity.
Type of charge that repels other charges of the same type.
Refer to the two opposite ends of a magnet, such as a bar magnet or a magnetic compass.
A material that readily acquires and retains magnetism when exposed to a magnetic field.
To stimulate an electric current or magnetism, in a nearby object or substance.
This object typically has the weight of 1 N on Earth
In the formula P = ⍴gh, ⍴ represents ...
Actual weight - the buoyant force = what type of weight?
An upward force exerted by a fluid (liquid or gas) on an object submerged or partially submerged in that fluid. It opposes the weight of the object
A north and south pole of a magnet will ...
A material that readily acquires and retains magnetism when exposed to a magnetic field.
A submarine dives due to an increase in the submarine's ...

31 Clues: Greek for 'I have found it' • Friction force with a single magnitude. • In the formula P = ⍴gh, ⍴ represents ... • A north and south pole of a magnet will ... • This object typically has the weight of 1 N on Earth • Refers to the force exerted on an object due to gravity. • Actual weight - the buoyant force = what type of weight? • ...

Physics Crossword 2023-11-30

Across

anything that flows
the tendency of an object to rest or move
in proportion to something else
the force felt between two surfaces when one attempts to slide against the other
the force by which a planet or other body draws objects toward its center
a force that acts in the opposite direction to an action force
intrinsic property of a body
m/s
the sum of all the forces acting on an object
the speed of something in a given direction

Down

a unit of mass for the metric system.
when two values change in opposite directions, so that if one is doubled the other is reduced to one half
energy exerted or brought to bear
reciprocal action or influence.
increase in the rate or speed of something
an object's resistance to a change in motion.
the comparison of two different quantities which have different units
the quantity of motion of a moving body, measured as a product of its mass and velocity.
the magnitude of the change of its position over time
force per surface area

20 Clues: m/s • anything that flows • force per surface area • intrinsic property of a body • reciprocal action or influence. • in proportion to something else • energy exerted or brought to bear • a unit of mass for the metric system. • the tendency of an object to rest or move • increase in the rate or speed of something • the speed of something in a given direction • ...

physics review 2023-12-01

Across

Naomi's last name
In this course so far, we often _____ air resistance
a force is a _____ or a push
only _____ surfaces exert a normal force; liquids and gases do not
things of that nature
Newton's first name
if an unbalanced force on an object is in the _____ direction as the object's motion, then the object is speeding up
an object's motion in one dimension is _____ of its motion in other dimensions
symbol for "normal force"
symbol for "net force"
fnet=_____
"_____ motion" is another way of saying "free fall"
fnet=_____ (joke)
an object is in _____ fall if the only force it is experiencing is gravity
In the context of our unit, "normal" means _____
where is Mason's calculator?

Down

acceleration is the rate at which an object _____ speed
the unit in which mass is measured
a space in which there is no matter
Kyle's last name
if an unbalanced force on an object is in the direction _____ to the object's motion, the object is slowing down
an object maintains its speed and direction unless an _____ force acts on it
If the net force on an object is zero, is it possible that the object is moving?
the force of gravity acting on an object is the object's _____
the unit in which force is measured
the 5th letter of the alphabet, repeated
mass is the amount of _____ in an object
symbol for "applied force"
True or False: On Earth, the force of gravity acting on each object is the same
Does water exert a normal force?
the units for acceleration are meters per second _____
symbol for "force of gravity"

32 Clues: fnet=_____ • Kyle's last name • Naomi's last name • fnet=_____ (joke) • Newton's first name • things of that nature • symbol for "net force" • symbol for "normal force" • symbol for "applied force" • a force is a _____ or a push • where is Mason's calculator? • symbol for "force of gravity" • Does water exert a normal force? • the unit in which mass is measured • ...

Physics Bowl 2023-08-04

Across

Important part of Brine
My oxide leave zinc chloride when reacted with HCl
my pH value is at the center of scale and I am very important to life on earth
Measure of Kinetic energy
Due to me evaporation decreases, people sweat at lot. My percentage in air is measures using
Unit of heat energy
I neutralise acids but I am also as dangerous as them when I am strong
The temperatures of two bodies at thermal equilibrium are
It is me that heat energy becomes at a substance's change of state
I am a weak acid but have a hydroxide ion in me. What acid am i?
I am the angle of incidence at which a light never deflects from it's path
Absolute scale of temperature measurement

Down

A title given when a base is soluble in water
This changes when a light travels from on medium to another
I am a non-metal oxide. I am of which nature?
If you are smart, you won't pour me in an acid. You pour it in me.
This happens to light when it goes from one side of rectangular slab and emerges from another
I am mostly seen only in cold weather. I am also part of a popular beverage name.
what is my crystallisation of water? I am sealed because I become hard very easily when exposed to air
It happens to light when it travels across two different mediums
Example of total internal reflection
I am representation of linear kinetic energy
Since I am light, I prefer to chose a path between two points that is of least...
I discovered relation between refractive indices of mediums and angles made by light with interface
I leave copper sulphate when dipped in sulphuric acid and liberates hydrogen gas

25 Clues: Unit of heat energy • Important part of Brine • Measure of Kinetic energy • Example of total internal reflection • Absolute scale of temperature measurement • I am representation of linear kinetic energy • A title given when a base is soluble in water • I am a non-metal oxide. I am of which nature? • My oxide leave zinc chloride when reacted with HCl • ...

Physics crossword 2023-12-01

Across

The rate at which work is done.
Atoms with the same number of protons but different numbers of neutrons.
The force of gravity on an object
The measure of how quickly/slowly something change over time.
The amount of matter in an object.
State of balance between all parts of a system.
Takes place with any change in velocity.
A pull or push that is applied to an object.
It is the equivalent of mass times velocity.
Describes the speed and direction of the motion of an object.
A negatively charged subatomic particle.
A positively charged subatomic particle.

Down

The direct effect that one kind of particle has on another.
An objects resistance to a change in motion.
The force per unit area exerted on an object.
How fast an object or person is moving.
Relating to a process that occurs within an atom.
The change in momentum.
To maintain at a constant overall total.
Isaac Newton invented many discoveries.

20 Clues: The change in momentum. • The rate at which work is done. • The force of gravity on an object • The amount of matter in an object. • How fast an object or person is moving. • Isaac Newton invented many discoveries. • Takes place with any change in velocity. • To maintain at a constant overall total. • A negatively charged subatomic particle. • ...

Physics Crossword 2024-05-16

Across

wave requires a medium through which to travel
a physical environment through which a disturbance can travel
a pendulum swings back and forth once every 3.0 s. How long is the pendulum? (3 significant figures- the entire number with no spaces)
the energy transferred between objects because of a difference in their temperatures
A child swings on a playground swing. How many times does the child swing through the swing's equilibrium position during the course of a single period of motion?
A 1850 kg luxury sedan stopped at a traffic light is struck from the rear by a compact car with a mass of 975 kg. The two cars become entangled as a result of the collision. If the compact car was moving at a velocity of 22.0 m/s to the north before the collision, what is the velocity of the entangled mass after the collision in m/s to the north (entire number no spaces)
distance between two adjacent similar points of a wave,such as from crest to crest or from trough to trough
a wave whose particles vibrate parallel to the direction the wave is traveling

Down

allows for the specific heat capacity of a substance to be determined
the symbol used for wavelength
highest point above the equilibrium position
maximum displacement from equilibrium
time it takes to complete one cycle of motion
In N/m, when a mass of 25 g is attached to a certain spring, it makes 20 complete vibrations in 4.0 s. What is the spring constant of the spring?
energy transferred by the motion of hot and cold matter
a wave whose particles vibrate perpendicular
lowest point below the equilibrium position
A spring of spring constant 30.0 N/m is attached to a mass of 1.9 kg, and the system is set in motion. Find frequency of vibration to the nearest hundredth.
spring constant unit of measure
number of cycles or vibrations per unit of time
the net energy exchanged between two objects is zero

21 Clues: the symbol used for wavelength • spring constant unit of measure • maximum displacement from equilibrium • lowest point below the equilibrium position • highest point above the equilibrium position • a wave whose particles vibrate perpendicular • time it takes to complete one cycle of motion • wave requires a medium through which to travel • ...

Physics Review 2024-05-14

Across

survival fire making technique
compactness measure
mathematical half-pipe
resisting arrest
NBA offensive bullying
forces that follow tradition
standardized stick
slide to the right
math tool for many conditions, also a film
Avis competitor
positional difference
velocity's extra info
influenced by gravity alone
all over the place
Sonic's leg up
baseball or football for example
explained by Midechlorians
light to look inside
powerful athletic siblings
“Into the ____” of Frozen fame
accurate summation or some stored charge
size and direction
what matter's in interactions?
finds unknowns
physical impact
more stressed
the opposite of or a way to describe an ant

Down

follows green or renewable
unify or a protective component
helps get the game in
opp. of static
center-seeking
quantity of motion
size or a sunday observance
fig-icist
automobile units
keep Dr. Dre’s ears busy
rate
forced to exist in rotating frames
inherently radiant
happening now
tool for snaring
normalized temperature scale
supersedes tela and insta
electron encouragement
you spin me right round
Les Paul’s acoustic aid
used in circuits, sounds like two poems
serious importance
can be untapped
Pit Viper’s expanded sight
“That’s a _____”
shaped glass
volatile _____
equitable
Bruce Banner’s version of a spider bite
not to be confused with diamonds
SI unit of electric charge

58 Clues: rate • fig-icist • equitable • shaped glass • happening now • more stressed • opp. of static • center-seeking • Sonic's leg up • volatile _____ • finds unknowns • Avis competitor • can be untapped • physical impact • resisting arrest • automobile units • tool for snaring • “That’s a _____” • quantity of motion • inherently radiant • standardized stick • slide to the right • serious importance • all over the place • ...

PHYSICS 2 2023-04-25

Across

It has a mass of 1.675 x 10-27kg
He determined that penicillin had an antibacterial effect on staphylococci and other gram-positive pathogens.
Switching direction back and forth
During the mid-18th century, electricity was already a well-known phenomenon. However, there were disagreements over the nature of this phenomenon.
It is an electric current flowing in one direction only.
It has a mass of 1.673 x 10-27kg.
It is a Parallel motion, back and forth motion.
State the rotation across a conductor is directly proportional to the current having through it, propelled I prompted all physical entities) the temperature remains constant.
It refers to the traveling pattern of motion exhibited by a wave, combining both oscillatory motion and forward motion.
Light travels in straight light until the light strikes an object, then it can reflect, refract absorb and
It receives signals.
Detects a small amount of current in the circuit.

Down

Two waves interact/have an intersection pattern.
The displacement of the crest to crest/ Trough to Trough
It has a mass of 9.109 x 10-31kg.
It is a shift in the direction of a wavefront at the interface of two distinct media, causing the wavefront to return to the medium from which it came.
proposed the Corpuscular theory.
The bending of light (it also happens with sound, water, and other waves) as it passes from one transparent substance into another.
The highest point in the wave train
It is the gravitational force acting between two bodies of unit mass, kept at a unit distance from each other.
He proposed that light waves were transverse (vibrating at right angles to the direction of travel), rather than longitudinal (vibrating in the direction of travel).
It’s a bending of a wave as it passes on a barrier with an obstacle.
Force of attraction/repulsion of the two electrically charged parts is directly proportional to the product of magnitudes of ho charge and inversely prophetical to the square of the distance between the change.
He proposed the wave theory of light
equal to the product of its wavelength and frequency (number of vibrations per second) and is independent of its intensity.

25 Clues: It receives signals. • It has a mass of 1.675 x 10-27kg • proposed the Corpuscular theory. • It has a mass of 9.109 x 10-31kg. • It has a mass of 1.673 x 10-27kg. • Switching direction back and forth • The highest point in the wave train • He proposed the wave theory of light • It is a Parallel motion, back and forth motion. • Two waves interact/have an intersection pattern. • ...

PHYSICS 2 2023-04-25

Across

It is an electric current flowing in one direction only.
It is the gravitational force acting between two bodies of unit mass, kept at a unit distance from each other.
It refers to the traveling pattern of motion exhibited by a wave, combining both oscillatory motion and forward motion.
It receives signals.
Two waves interact/have an intersection pattern.
Light travels in straight light until the light strikes an object, then it can reflect, refract absorb and
Detects a small amount of current in the circuit.
It has a mass of 9.109 x 10-31kg.
He determined that penicillin had an antibacterial effect on staphylococci and other gram-positive pathogens.
Switching direction back and forth
Force of attraction/repulsion of the two electrically charged parts is directly proportional.

Down

is a Parallel motion, back and forth motion.
During the mid-18th century, electricity was already a well-known phenomenon.
He proposed the Corpuscular theory.
The bending of light (it also happens with sound, water, and other waves) as it passes from one transparent substance into another.
He proposed that light waves were transverse (vibrating at right angles to the direction of travel), rather than longitudinal (vibrating in the direction of travel).
He proposed the wave theory of light
It has a mass of 1.673 x 10-27kg.
It’s a bending of a wave as it passes on a barrier with an obstacle.
The displacement of the crest to crest/ Trough to Trough
It has a mass of 1.675 x 10-27kg
The highest point in the wave train
It is a shift in the direction of a wavefront at the interface of two distinct media, causing the wavefront to return to the medium from which it came.
states the rotation across a conductor is directly proportional to the current having through it, propelled I prompted all physical entities) the temperature remains constant.
equal to the product of its wavelength and frequency (number of vibrations per second) and is independent of its intensity.

25 Clues: It receives signals. • It has a mass of 1.675 x 10-27kg • It has a mass of 1.673 x 10-27kg. • It has a mass of 9.109 x 10-31kg. • Switching direction back and forth • He proposed the Corpuscular theory. • The highest point in the wave train • He proposed the wave theory of light • is a Parallel motion, back and forth motion. • Two waves interact/have an intersection pattern. • ...

PHYSICS 2 2023-04-27

Across

POINT Beyond this point neck forms where the local cross-sectional area becomes significantly smaller than original.
Restoring force per unit area
Is an exclusive right granted for an invention.
Application of deforming force and returns original shape after removal of deforming force.
MODULUS It is the ratio of longitudinal stress to linear strain.
LEAD It is melted and cast into anodes.
RUPTURE The stress which makes the material failure or Break.
IDENTIFICATION It is highly desirable in applications such as security monitoring, authentication, etc.
ROOF Sometimes called skylight roofing panels, fiberglass roof panels
RING It is the world’s first smart ring with contactless payment technology.

Down

Newton’s first law states that if a body is at rest or moving at a constant speed in a straight line, it will remain at rest or keep moving in a straight line at constant speed unless it is acted upon by a force.
MODULUS It is the ratio of total normal stress per volume strain.
POINT The point at which material can withstand maximum load and ultimate strength with maximum elongation.
The force that attracts a body toward the center of the earth, or toward any other physical body having mass.
Ratio of change in dimension to original dimension
The law states that the acceleration of an object depends on the mass of the object and the amount of force applied.
STRAIN It is the lateral contraction per unit length per unit tension perpendicular to force.
LIMIT It is defined as the maximum stress that can be applied to the substance before it becomes permanently deformed and does not return to its initial length.
LIMIT It is the point up to which hooks law is applicable i.e.,stress is directly proportional to strain.
SOFTENING Strain softening is defined as the region in which the stress in the material is decreasing with an increase in strain.
CONDUCTOR Materials which transport electric charge without resistance1 and with the display of associated macroscopic quantum phenomena such as persistent electrical currents and magnetic flux quantization.
It is the property of body by the virtue of which it deforms permanently and never regain original shape after removal of deforming force.
REFINING It is a technology developed by Aqua Metals that provides a clean way to recycle lead-acid batteries.
POINT The stress beyond which material becomes plastic.
STRAIN It is the increase per unit length per unit tension along the force

25 Clues: Restoring force per unit area • LEAD It is melted and cast into anodes. • Is an exclusive right granted for an invention. • Ratio of change in dimension to original dimension • POINT The stress beyond which material becomes plastic. • RUPTURE The stress which makes the material failure or Break. • MODULUS It is the ratio of longitudinal stress to linear strain. • ...

PHYSICS PROJECT 2023-04-27

Across

A measure of the amount of matter in an object
The distance between two corresponding points on a wave, such as crest to crest or trough to trough
The process by which a solid changes directly into a gas without passing through the liquid state
The phenomenon in which a wave bends as it passes through a medium with a different density.
The angle of incidence is equal to the angle of reflection.
A type of force that attracts any two objects with mass
The ability of an object to resist a change in its motion
The SI unit of force.
A type of electromagnetic radiation that has a lower frequency than visible light.
A type of electromagnetic radiation that has a higher frequency than visible light.
The measure of the disorder or randomness of a system.
A fundamental particle that carries no electric charge.
The measure of the average kinetic energy of the particles in a substance.

Down

ENERGY A type of energy associated with the motion of waves.
FIELD A region of space around a magnet or a moving electric charge in which a magnetic force can be detected.
HEAT The amount of energy needed to raise the temperature of a substance by one degree Celsius.
ENERGY A type of energy associated with the position or configuration of an object.
A fundamental force that holds the nucleus of an atom together.
RAY A type of electromagnetic radiation that has the shortest wavelength and highest energy.
ENERGY A type of energy associated with the motion of particles.
A measure of the degree of hotness or coldness of a substance.
The resistance of a material to the flow of electric charge.
The property of an object that depends on both its mass and its velocity.
The fundamental particle that carries a positive electric charge.
The amount of work done per unit of time.

25 Clues: The SI unit of force. • The amount of work done per unit of time. • A measure of the amount of matter in an object • The measure of the disorder or randomness of a system. • A type of force that attracts any two objects with mass • The ability of an object to resist a change in its motion • ...

Physics project 2023-04-27

Across

is the phenomenon in which an object changes its position with respect to time. Motion is mathematically described in terms of displacement, distance, velocity, acceleration, speed
a region or part of a town, a country, or the world.
an act of changing physical location or position or of having this changed. slight movement of the upper body"
quantitative measure of inertia, a fundamental property of all matter.
an influence that causes the motion of an object with mass to change its velocity, i.e., to accelerate.
is a set of physical properties observed in certain materials where electrical resistance vanishes and magnetic flux fields are expelled from the material. Any material exhibiting these properties is a superconductor
ENERGY: energy which a body possesses by virtue of being in motion.
which velocity changes with time, in terms of both speed and direction. A point or an object moving in a straight line is accelerated if it speeds up or slows down.
force that resists the sliding or rolling of one solid object over another. Frictional forces, such as the traction needed to walk without slipping, may be beneficial, but they also present a great measure of opposition to motion.
the force acting on the unit area of a material
force acting on the unit area of a material
the moving of something from its place or position.
of a bearing in navigation) measured relative to magnetic north.

Down

the act of colliding; a coming violently into contact; crash
physical substance in general, as distinct from mind and spirit; (in physics) that which occupies space and possesses rest mass, especially as distinct from energy.
relating to the atmosphere of the earth or (occasionally) another planet.
a mathematical relationship or rule expressed in symbols.
is a reaction in which two or more atomic nuclei are combined to form one or more different atomic nuclei and subatomic particles
energy is the quantitative property that is transferred to a body or to a physical system, recognizable in the performance of work and in the form of heat and light.
is the directional speed of an object in motion as an indication of its rate of change in position as observed from a particular frame of reference and as measured by a particular standard of time (e.g. 60 km/h northbound)
a property of matter by which it continues in its existing state of rest or uniform motion in a straight line, unless that state is changed by an external force.
the basic unit of a chemical element.
relating to or denoting the equilibrium of liquids and the pressure exerted by liquid at rest.
is the branch of physics concerned with the mechanics of fluids and the forces on them. It has applications in a wide range of disciplines, including mechanical, aerospace, civil, chemical and biomedical engineering, geophysics, oceanography, meteorology, astrophysics, and biology.
the ability of an object or material to resume its normal shape after being stretched or compressed; stretchiness.

25 Clues: the basic unit of a chemical element. • force acting on the unit area of a material • the force acting on the unit area of a material • the moving of something from its place or position. • a region or part of a town, a country, or the world. • a mathematical relationship or rule expressed in symbols. • the act of colliding; a coming violently into contact; crash • ...

Physics exam 2023-05-11

Across

The energy associated with the position of a charged particle in an electric field.
The minimum speed required for an object to escape the gravitational pull of a planet or other celestial body.
The bouncing of a wave off a surface, with the angle of incidence equal to the angle of reflection.
Non-renewable energy sources that release carbon dioxide when burned, such as coal, oil, and natural gas.
The amount of greenhouse gases emitted by an individual, organization, or activity.
Energy sources that are replenished naturally, such as solar, wind, and hydro power.
The distance between two consecutive peaks or troughs of a wave.
The time it takes for a planet to complete one orbit around the Sun.
The bending of a wave as it passes from one medium to another with different properties.
Positively charged subatomic particles that reside in the nucleus of an atom.
Gases that trap heat in the Earth's atmosphere, such as carbon dioxide and methane.
Changes in the Earth's climate patterns and weather conditions over time.
The energy associated with the temperature of an object, due to the random motion of its atoms and molecules.
The energy stored in the bonds between atoms and molecules in a substance.
A four-dimensional framework that combines the three dimensions of space with the dimension of time.
A mathematical transformation that describes how space and time coordinates change between different frames of reference.
The interaction of two or more waves, which can lead to constructive or destructive interference.

Down

The shortening of an object in the direction of motion, as observed by an observer in a different frame of reference.
The stretching of time for an observer in motion relative to a stationary observer.
The energy of motion.
The maximum displacement of a wave from its rest position.
A closed curve that describes the shape of a planet's orbit around the Sun.
The principle that energy cannot be created or destroyed, but can only be converted from one form to another.
The number of cycles or oscillations of a wave per unit time.
The energy of position or configuration.
A vector field that describes the force exerted on a charged particle by other charged particles in its vicinity.
The transfer of energy from one system to another through the application of a force.
A measure of how "oval-shaped" an ellipse is, with a value of 0 indicating a perfect circle and a value greater than 0 indicating an elongated ellipse.
Negatively charged subatomic particles that orbit the nucleus of an atom.
The rate at which work is done or energy is transferred.
Efforts to reduce greenhouse gas emissions and slow the rate of global warming.

31 Clues: The energy of motion. • The energy of position or configuration. • The rate at which work is done or energy is transferred. • The maximum displacement of a wave from its rest position. • The number of cycles or oscillations of a wave per unit time. • The distance between two consecutive peaks or troughs of a wave. • ...

Physics Crossword 2023-03-29

Across

a type of force that occurs when an object moves across another object
a scalar that shows the rate of change of distance
a vector that shows the change in location of an object
the SI unit for mass
how physical quantities are measured e.g. metres, seconds
the type of energy associated with a position in a field
a type of collision where both momentum and kinetic energy as conserved
a vector that is the rate of change of displacement
a quantity that is a measure of the capacity for an object to do work
a quantity that shows the energy used when an object is moved by an external force
the unit of force
the property of an object that causes it to be more difficult to accelerate (require more force)
force multiplied by time
the type of energy associated with movement
a quantity that has both a magnitude and a direction

Down

something that doesn't change e.g. energy, momentum
a physical quantity that, when unbalanced, causes acceleration to occur
a scalar that is the length of the path that an object has travelled
an object that is only under the influence of gravity
a quantity that shows the level of precision of measurements
a type of motion associated with movement in one direction only
a quantity that has a magnitude only
the tendency of an objects motion to remain unchanged
the force that acts between two objects due to their masses
a quantity that is found by multiplying mass and velocity together

25 Clues: the unit of force • the SI unit for mass • force multiplied by time • a quantity that has a magnitude only • the type of energy associated with movement • a scalar that shows the rate of change of distance • something that doesn't change e.g. energy, momentum • a vector that is the rate of change of displacement • a quantity that has both a magnitude and a direction • ...

Physics Vocab 2023-03-16

Across

any material that attracts iron and materials that contain iron
a coil of wire with an electric current in it
the force that opposes the movement of two surfaces that are in contact and are moving over each other
the region where a magnetic force can be detected
a device that converts mechanical energy into electrical energy
The interaction between electricity and magnetism
A fundamental property that leads to the electromagnetic interactions among particles that make up matter.
A push or pull exerted on an object in order to change the motion of the object
any region in which a physical force has an effect
The tendency of an object to resist a change in motion unless an outside force acts on the object
The combination of all forces acting on an object
a force parallel to the velocity of the flow; it opposes the direction of an aircraft and, in combination with thrust, determines the speed of the aircraft

Down

an element or compound that conducts electric current better than an insulator does but not as well as a conductor does
A device that increases or decreases the voltage of alternating current
the force that resists the initiation of sliding motion between two surfaces that are in contact and at rest
the process of creating a current in a circuit by changing a magnetic field
the force of attraction or repulsion generated by moving or spinning electric charges
one of two points, such as the ends of a magnet, that have opposing magnetic qualities
the sum of an object's kinetic and potential energy due to gravity or elastic deformation
a coil that has a soft iron core and that acts as a magnet when an electric current is in the coil
A force of attraction between objects that is due to their masses.
the motion of a body when the only force of gravity is acting on the body
the energy an object has due to its motion
electric charge at rest; generally produced by friction or induction
the energy that an object has because of the position, shape, or condition, or chemical condition of the object
the path that a body follows as it travels around another body in space
a material in which charges can move freely
a material in which charges cannot move freely
a device that converts electrical energy into mechanical energy

29 Clues: the energy an object has due to its motion • a material in which charges can move freely • a coil of wire with an electric current in it • a material in which charges cannot move freely • the region where a magnetic force can be detected • The interaction between electricity and magnetism • The combination of all forces acting on an object • ...

PHYSICS KNOWLEDGE 2023-03-24

Across

what represents directions in vector quantities
Quantity of a matter inside a body/object
The father of the 3 laws of motion
the unit of measure for displacement
magnitude and dictions at the same time
the variable that we change
its units are newtons
included in the first law of newton
the variable that we influence the dependent one
opposite of accelerating
surface of a shape

Down

another way to say gradient
extent of a size
only magnitude
A force that is applied to all the objects in our universe
No change of speed over time
a mass in motion
whats the result of multiplying speed and time taken
f=mg
quickness of motion or action with a specified direction
the variable that we measure

21 Clues: f=mg • only magnitude • extent of a size • a mass in motion • surface of a shape • its units are newtons • opposite of accelerating • another way to say gradient • the variable that we change • No change of speed over time • the variable that we measure • The father of the 3 laws of motion • included in the first law of newton • the unit of measure for displacement • ...

physics vocab 2023-03-23

Across

the force of attraction or repulsion generated by moving or spinning electric charges
the motion of a body when only the force of gravity is acting on the body
a device that converts electrical energy into mechanical energy
the tendency of an object to resist a change in motion unless an outside force acts on the object
the combination of all of the forces acting on an object
the force that opposes the movement of two surfaces that are in contact are moving over each other
a region where a magnetic field can be detected
electric charge at rest generally produced by friction or induction
the path that a body follows as it travels around another body in space
a device that increases or decreases the voltage of alternating
a device that converts mechanical energy into electrical energy
a coil or wire with an electric current
the energy of an object that is due to the object's motion
the interaction between electricity and magnetism

Down

the energy that an object has because of the position condition or chemical composition of the object
the process of creating a current in a circuit by changing a magnetic field
a push or a pull exerted on an object in order to change the motion of an object, force has size and direction
the sum of an object's kinetic energy and potential energy due to gravity or elastic deformation does not include chemical energy or nuclear energy
a material in which charges cannot move freely
a coil that has a soft iron core and that acts as a magnet when a electric current is in the coil
an element or compound that conducts electric currents better than an insulator does but not as well a conductor does
the force of attraction or repulsion generated by moving or spinning
force that resists the start of sliding motion between two surfaces that are in contact at rest
any region in which a physical force has an effect
a material in which charges can move freely
a force parallel to the velocity of the flow it opposes the direction of an aircraft and in combination with thrust determines the the speed of the aircraft
a force of attraction between object that is due to their masses
any material that attracts iron or materials containing iron
a fundamental property of that leads to the electromagnetic interactions among particles that make up matter

29 Clues: a coil or wire with an electric current • a material in which charges can move freely • a material in which charges cannot move freely • a region where a magnetic field can be detected • the interaction between electricity and magnetism • any region in which a physical force has an effect • the combination of all of the forces acting on an object • ...

Physics Vocab 2023-06-15

Across

the transfer of energy
this guy's constant is 6.63 x 10^-34 Js
product of mass and velocity
has magnitude, but not direction
particles are smashed apart using the large hadron ____
property of particles like electrons and protons
has magnitude and direction
most of the mass of an atom can be found here
speed, but vector
protons and neutrons are examples of this
change in momentum
this atom is atomic number 1

Down

particle of light
the "pressure" on the circuit
energy of motion
this atom is atomic number 80
push or pull, measured in newtons
stored energy
rate of change in velocity
electrons are an example of this
the ability to do work
centripetal force acts towards the ___ of the circle
charge / time
the rate work is done

24 Clues: stored energy • charge / time • energy of motion • particle of light • speed, but vector • change in momentum • the rate work is done • the transfer of energy • the ability to do work • rate of change in velocity • has magnitude and direction • product of mass and velocity • this atom is atomic number 1 • the "pressure" on the circuit • this atom is atomic number 80 • ...

Physics Vocab 2023-06-15

Across

the rate work is done
the ability to do work
property of particles like electrons and protons
change in momentum
this atom is atomic number 80
centripetal force acts towards the ___ of the circle
particle of light
push or pull, measured in newtons
rate of change in velocity
the "pressure" on the circuit
has magnitude and direction

Down

stored energy
product of mass and velocity
particles are smashed apart using the large hadron ____
energy of motion
has magnitude, but not direction
charge / time
electrons are an example of this
this atom is atomic number 1
speed, but vector
most of the mass of an atom can be found here
the transfer of energy
this guy's constant is 6.63 x 10^-34 Js
protons and neutrons are examples of this

24 Clues: stored energy • charge / time • energy of motion • speed, but vector • particle of light • change in momentum • the rate work is done • the ability to do work • the transfer of energy • rate of change in velocity • has magnitude and direction • product of mass and velocity • this atom is atomic number 1 • this atom is atomic number 80 • the "pressure" on the circuit • ...

Physics Terminology 2023-06-08

Across

Law a mathematical relationship between voltage, current, and resistance in an electric circuit
Energy the energy an object possesses due to its position or state
the amount of matter in an object
the opposition to the flow of electric current
a device that converts mechanical energy into electrical energy
the maximum displacement or distance moved by a point on a vibrating body or wave
Field a region around a magnet where a magnetic force can be detected
the basic unit of a chemical element, consisting of a nucleus of protons and neutrons with electrons orbiting around it
the force that attracts two objects with mass towards each other
a measure of the average kinetic energy of the particles in a substance
a type of electromagnetic radiation that travels in waves
the rate at which an object changes its position in a given time
Charge a fundamental property of matter that can be either positive or negative
Mechanics the branch of physics that deals with the behavior of matter and energy at the atomic and subatomic level
Energy the energy an object possesses due to its motion
a measure of the force that causes an object to rotate around an axis
the number of complete wavelengths that pass a point in a given time
Current a flow of electric charge

Down

a material that allows electricity to flow through it easily
a repetitive motion of a body around an equilibrium point
the transfer of thermal energy
a concept that describes the sequence of events and the duration between them
a type of mechanical wave that travels through a medium
the product of an object's mass and velocity
Laws of Motion three fundamental laws that describe the relationship between a body and the forces acting upon it
the rate at which an object changes its velocity over time
the rate at which work is done or energy is transferred
of Conservation of Energy the total amount of energy in a system remains constant, although energy can change forms
the transfer of energy that results from a force acting on an object over a distance
Energy the energy a substance possesses due to the motion of its particles
a complete path through which electric current can flow
the bending of waves around an object or through a narrow opening
Field a region in which an electric charge would experience a force
a push or pull on an object due to the interaction with another object

34 Clues: the transfer of thermal energy • the amount of matter in an object • Current a flow of electric charge • the product of an object's mass and velocity • the opposition to the flow of electric current • a type of mechanical wave that travels through a medium • the rate at which work is done or energy is transferred • ...

physics 1 2023-07-31

Across

heat required to raise a gram of water by 1ºC.
a physical quantity expressing the amount of matter in a body
region containing no matter
the process by which warm air rises
repetition in a specified time
wavelengths shorter than light
resistance between two bodies
having a longer waveform than light
a flow of electrical charge
the tendency of a body to maintain uniform motion unless acted upon by an external force
the rate of change of position in one direction with time

Down

an influence that changes a body's rate of motion
splitting an atomic nucleus
a device to diverge or converge a beam
the emission or transfer of radiant energy as particles
a material electricity can pass through
distribution of colours when white light is dispersed
the compactness of a substance
force of attraction
energy bouncing of substance

20 Clues: force of attraction • splitting an atomic nucleus • region containing no matter • a flow of electrical charge • energy bouncing of substance • resistance between two bodies • repetition in a specified time • the compactness of a substance • wavelengths shorter than light • the process by which warm air rises • having a longer waveform than light • ...

Physics crosss 2021-11-01

Across

the result of two waves interfering with one another
vector force field that surrounds any magnetic material
small device used in electric circuits to provide resistance
wave oscillate at right angle to the direction the wave travels
a filter that transmits light waves with only one direction of polarization
measures the amount of disorder in a system
this only can occur only when light is trying to enter a material with a lower index of refraction
unit of electric potensial

Down

the maximum displacement from equilibrium
wave oscillate parallel to the direction of propagation
formed when electric charge flows from one place to another
an optical illusion caused by the refraction of light
any form of matter
device for measuring resistance
change in direction due to a change in speed
amount of sound energy passing through a given area in given time
common way for electrical systems to store energy
lowest point on wave
electrically charged objects set up a force field around them.
it relates the strength of the electrostatic force between point charges to the magnitude of the charges and the distance between them.

20 Clues: any form of matter • lowest point on wave • unit of electric potensial • device for measuring resistance • the maximum displacement from equilibrium • measures the amount of disorder in a system • change in direction due to a change in speed • common way for electrical systems to store energy • the result of two waves interfering with one another • ...

Physics 12 2022-02-25

Across

The change in pitch perceived when there is relative motion between an observer and a source of a wave
slower than Mach 1
The distance between trough to trough, or crest to crest
if a sound wave has a frequency lower than the human audible range it is referred to as
has an antinode at one end and a node at the other end
unit to measure intensity of sound
Number of cycles in a wave per second
if a sound wave has a frequency exceeding the human audible range it is referred to as
the rate at which energy is transferred through a medium (per unit area)
integral multiples of the fundamental frequencies
a loud explosive noise caused by the shock wave when something travels faster than the speed of sound

Down

wave that has a velocity faster than that of sound
the loudest and lowest frequency of vibration of a standing wave
pulsation in loudness heard when two similar frequencies sound at the same time
Wave Continuous oscillation of a wave
the speed of sound at 0 degrees Celsius
has antinodes at both ends
The frequency perceived by humans
depends on the amplitude of waves
blending or mixture of harmonics

20 Clues: slower than Mach 1 • has antinodes at both ends • blending or mixture of harmonics • The frequency perceived by humans • depends on the amplitude of waves • unit to measure intensity of sound • Wave Continuous oscillation of a wave • Number of cycles in a wave per second • the speed of sound at 0 degrees Celsius • integral multiples of the fundamental frequencies • ...

Physics-Sem2 2022-05-23

Across

frequency of sound
inverse of frequency
zero's lowest temp
joules in motion
wave's frequency x wavelanth
work ratio
energy of heat
colors red, green, blue
factors in potential energy
SI heat scale
stationary wave point
UV light
metric heat scale
tube lab of sound
lens with slits
interference overlap
bending of light
400nm - 700nm
greatest factor in kinetic energy
next to red in spectrum (not a color)
Heinrich wave scientist
bumping of particles in heat
back & forth movement of wave
heaight of wave
italic f of wave
German physicist for heat
energy not wasted
wave part

Down

mixing of heat
perceived pitch change in moving object
____ lens bends light in
low frequency wave
measures heat
reflects light
equals angel of incidence
EM
opposite of air compression
some light passes
absorbs light
black heat capacity
high frequency waves
energy due to heaight
E=mc squared
also unit of energy
wavelength symbol
unit of energy
symbol for change
wave overlap's large sound (2 words)

48 Clues: EM • UV light • wave part • work ratio • E=mc squared • measures heat • SI heat scale • absorbs light • 400nm - 700nm • mixing of heat • reflects light • energy of heat • unit of energy • lens with slits • heaight of wave • joules in motion • bending of light • italic f of wave • some light passes • metric heat scale • tube lab of sound • wavelength symbol • symbol for change • energy not wasted • frequency of sound • ...

Physics Crossword 2022-05-26

Across

the change of momentum
The type of energy in the nucleus
The time of one cycle of a wave
quantity of inertia
The law of F=-kx
opposition to current flow
The gravitational force
The number of waves per second
Transfer of hear through waves
Energy of electromagnetic radiation
A push or pull
a quantity with direction
Transfer of heat through contact
net rate of flow of electric particles
The change in position
mass per volume
the amount of space an object takes up
Energy generated by heat
The rate of change in velocity
The energy obtained by position

Down

The maximum change within a period
Transfer of heat of fluid movement
The length of which traveled.
The rate of change in position
The amount of matter in an object
Physicist famous for his 3 laws
a quantity without direction
The energy obtained by motion
The rotational force
The energy of gravitational fields
the electric potential difference
mass times velocity
The change in kinetic energy
the absolute value regardless of a direction
The force resisting relative motion
The rate something is moving.
Energy of movement of charged particles
The type of energy due to chemical bonds.
Contact force perpendicular to the surface
Sum of potential and kinetic energy

40 Clues: A push or pull • mass per volume • The law of F=-kx • quantity of inertia • mass times velocity • The rotational force • the change of momentum • The change in position • The gravitational force • Energy generated by heat • a quantity with direction • opposition to current flow • a quantity without direction • The change in kinetic energy • The length of which traveled. • ...

Physics & Energy 2022-05-26

Across

Kilometers between any locations and coordinates
At right angles to a line of motion or strain.
Quantitative measure of inertia.
Plane, machine consisting of a sloping surface
An influence that can change the motion of an object.
Mass formula.
Energy that is possessed by an object due to its motion.
The layers of gasses surrounding a planet
Table showing names, electrons, and oxidation states.
Matter that remains at rest.
Energy derived as a result of movement of electrically charged particles.
Resistance that one surface encounters when moving over another.
Energy stored in bonds of chemical compounds.
Energy contained in a system that is responsible for its temperature
Gravitational force of attraction on an object
Stored energy in an object by virtue of its position.
Motion that happens when we throw an object up.
Energy that occurs in a process called fission

Down

Sir Issac
Process of moving faster
The maximum extent of size and the direction of an object.
Energy from natural sources that are constantly replenished.
Vibrations that travel through the air
Force by which a planet or other body draws objects toward its center.
Force formula.
Time formula
Speed of an object in motion as an indication of its rate of change.
The ability to do work
Newtons three-
Action or process of moving
Any object that continues in motion by its own inertia.
Speed formula
Energy that an object has by reason of its motion.
Unit of work
Energy that is transferred by electromagnetic radiation.
An act or instance of colliding
Quantity of motion of a moving body.
A device that stores chemical energy and converts it to electrical energy.
Energy transfer that occurs when an object is moved over a distance.
Natural agent that stimulates sight and makes things visible.

40 Clues: Sir Issac • Time formula • Unit of work • Mass formula. • Speed formula • Force formula. • Newtons three- • The ability to do work • Process of moving faster • Action or process of moving • Matter that remains at rest. • An act or instance of colliding • Quantitative measure of inertia. • Quantity of motion of a moving body. • Vibrations that travel through the air • ...

Physics Crossword 2025-01-16

Across

quantity, a physical quantity described by a single number (with a unit)
Dimensional Motion, when an object moves in a straight line, either forwards, backwards, up, down, or left to right
Units, Common Unit Quantities (includes mass, length, and time)
motion, motion at a constant speed
Occurring or done in an infinitely small amount of time
Rough Estimate
vector, a vector that has the direction of the object motion and magnitude that is the change in the object's position
A number expressing the central or typical value in a set of data, most commonly the mean, which is calculated by dividing the sum of the values in the set by their number
a word or symbol placed before a unit of measurement to indicate a multiple or fraction of that unit
interval, changes in time

Down

changing 12 inches to a foot
a place where someone or something is located or has been put.
Notation, a way of writing very large or very small numbers
the size or length of a vector (it can be zero and positive but cannot be negative)
Quanity, a quantity that has both a size and a direction
an object that can be represented as a mass at a single point in space.
the measurement of change in a physical quantity, or the interval between changes.
a standard quantity used to measure the magnitude of a physical quantity
Figures, a digit that is reliably known
the measurement of change in a physical quantity, or the interval between changes.
How Fast an object moves
what a vector graphically represents
an objects speed and direction
Acronym for Miles Per Hour

24 Clues: Rough Estimate • How Fast an object moves • interval, changes in time • Acronym for Miles Per Hour • changing 12 inches to a foot • an objects speed and direction • motion, motion at a constant speed • what a vector graphically represents • Figures, a digit that is reliably known • Occurring or done in an infinitely small amount of time • ...

Physics Definitions 2024-12-19

Across

the unit of Charge
has a charge of -1
the number of waves that pass a point in one second
protons and neutrons are found here
a unit of Pressure
an energy resource using heat from the ground
the ability to do work
2 atoms with the same atomic number but different mass number
this kind of particle is most ionising
when 2 small nuclei join to form a large nucleus this is called nuclear...
a material containing free electrons
what waves transfer
unit of power
an example of a longitudinal wave
Hooke's Law: force is directly proportional to...
energy due to movement

Down

the EM wave which could cause skin cancer
when light changes speed and therefore direction as it goes from one material to another
the circuit symbol is a circle with an A inside it
energy can't be created or destroyed but it can ... form
the radiation detected when no radioactive sources are present
a safety device which will melt when too high a current flows
a method of heat transfer
an energy resource that will run out
Weight= mass x ...
displacement divided by time
the EM wave with the longest wavelength
In Ohm's law Voltage is directly proportional to...
F=ma is which of Newton's laws
a force which opposes motion

30 Clues: unit of power • the unit of Charge • has a charge of -1 • a unit of Pressure • Weight= mass x ... • what waves transfer • the ability to do work • energy due to movement • a method of heat transfer • displacement divided by time • a force which opposes motion • F=ma is which of Newton's laws • an example of a longitudinal wave • protons and neutrons are found here • ...

Physics teacher 2024-12-09

Across

Пән (Предмет)
Физика (Физика)
Болашақ (Будущее)
Қоршаған орта (Среда)
Кеңесші (Наставник)
Эксперимент (Эксперимент)
Оқу (Обучение)
Әлем (Мир)
Ғалам (Вселенная)
Инженер (Инженер)

Down

Мамандығы (Профессия)
Қызығушылық (Любопытство)
Маңызды (Актуальный)
Ашу (Открытие)
Ғалым (Ученый)
life Күнделікті өмір (Повседневная жизнь)
Оқушы (Ученик)
Азамат (Гражданин)
Мұғалім (Учитель)
Ұрпақ (Поколение)
Сынып (Класс)
Қызықты (Увлекательный)

22 Clues: Әлем (Мир) • Пән (Предмет) • Сынып (Класс) • Ашу (Открытие) • Ғалым (Ученый) • Оқушы (Ученик) • Оқу (Обучение) • Физика (Физика) • Болашақ (Будущее) • Мұғалім (Учитель) • Ұрпақ (Поколение) • Ғалам (Вселенная) • Инженер (Инженер) • Азамат (Гражданин) • Кеңесші (Наставник) • Маңызды (Актуальный) • Мамандығы (Профессия) • Қоршаған орта (Среда) • Қызықты (Увлекательный) • Қызығушылық (Любопытство) • ...

physics 1 2024-01-09

Across

A point about something turns
The speed of an object
the weight or force on something
In balance
The unit for the moment of a force
Resource wont run out
Describing the steepness of a line
a force between two objects
a way transferring energy
a force pushing something
a simple machine consisting of a wheel that can turn on an axis with a rope

Down

a gas or liquid
a name used to describe energy when it is stored
a point which something turns
the amount of force which gravity pulls something
To change speed
Spread out
change shape
Stored inside materials
The force put on something
fuels a fuel formed from dead remains
energy a name used when it is stored
the energy transferred when a force moves an object
transferring energy by waves
Often measured in meter per second

25 Clues: Spread out • In balance • change shape • a gas or liquid • To change speed • Resource wont run out • The speed of an object • Stored inside materials • a way transferring energy • a force pushing something • The force put on something • a force between two objects • transferring energy by waves • A point about something turns • a point which something turns • the weight or force on something • ...

Physics Puzzle 2023-12-28

Across

type of interference that boosts amplitude
force pushing on an object
fundamental force responsible for radioactive decay of atoms
combination of two interacting waves
unit of force
the energy that heat generates
center-fleeing fictional force in a non-inertial frame of reference
the product of a physical quantity and its distance to a fixed reference point
the energy within an object due to motion or position
change in velocity
type of electrical current that flows in one direction only
unit of electrical resistance
attraction due to mass
type of velocity required to leave orbit
strongest point in a magnetic field
elementary particle that is the fundamental constituent of matter
tendency to resist changes in motion
powerful gravitational source with an event horizon
electrical pressure
smallest wavelength of the electromagnetic spectrum
the energy of an object in motion
theory that describes dilation of spacetime
rate of change of angular momentum
disturbances that transfer energy but not necessarily mass
creation of an electric current by means of motion through a magnetic field, or vice versa
positively charged ion
measurement of transfer of energy due to motion
force typically associated with elongation
measurement of the randomness of a system
distance from one crest to another in a wave
motion resistance due to contact
high-speed, high-energy emitted electrons or positrons
measurement of mass in motion
combination of two light atomic nuclei
swinging weight hung from a fixed point
force that surfaces exert to prevent objects from passing through
rate at which work is done
a region containing no matter
propensity of dissimilar particles to cling to each other
measurement of magnitude and direction
height of a wave
when light bounces off an object
unit of electrical charge
transfer of heat via the transfer of matter
type of interference that lessens amplitude
measurement of opposition to the flow of current

Down

change in direction of a propagating wave due to moving from one medium to another
compactness of a substance
theoretical repulsive force against gravity
unit of frequency
electrode through which electric current flows out of a polarized electrical device
net rate of flow of charged particles through a surface
study of sound waves
center-attracted force
geometry of motion
reddening of visible light due to doppler effect
point of a wave with maximum amplitude
a region in which each point has a physical quantity associated with it
peak velocity
force typically associated with twisting
one of two classes of elementary particles
measurement of magnitude
a type of momentum related to circular motion
number of waves to pass a certain point within a certain duration
fundamental force that binds protons and neutrons together
change in momentum
study of the relationship between force, matter, and motion
theoretical matter with mass that doesn't interact with light or electromagnetic fields
the interaction of currents or fields caused by charge or the motion of charge
atomic split by collision with another particle
the energy stored in an object
a type of mechanical force that pushes in the opposite direction as an object's acceleration
measure of electrical attraction
ability to do work
substance that occupies space and has mass
pull or push interaction
measurement of gravitational force in newtonian physics
unit of electrical current
diverges or converges beams
measurement of duration
change in position
variable quantity that mathematically describes the wave characteristics of a particle
quantitative measure of inertia
elementary particle related to light
deviation of the direction of a wave due to passing through a medium
change of frequency of a wave for an observer moving relative to its source
conducts electricity or heat
emitted helium nucleus
the smallest quantity of some physical property
electrically neutral sub-atomic particle
four-dimensional continuum
a semiconductor consisting of one p-n junction
speed and direction of displacement
unit of electrical energy
negatively charged ion

95 Clues: unit of force • peak velocity • height of a wave • unit of frequency • geometry of motion • change in velocity • change in momentum • ability to do work • change in position • electrical pressure • study of sound waves • center-attracted force • attraction due to mass • positively charged ion • emitted helium nucleus • negatively charged ion • measurement of duration • measurement of magnitude • ...

Physics HW 2023-11-07

Across

we use 3D pictures to see ____
sound spreads and reflects off surfaces like ____ in caves
the sonar uses time of ____ to detect depth of water
people that set a record called ____
a sound wave is a ___ wave
there is a time between things that you hear and echo
20-20000 Hz range is called ____ ranges
bat is animal that use ____
one of animal that use echolocation is called ____
instrument that almost same with guitar

Down

sound travel relatively ____
finding a distance with sonar is example of ____
the distinctive ____ that an instrument make is called timbre
frequencies are measure in
car that set a record called ____
ship have transmitter that produces ____ of ultrasound
____ determine how loud sound is
high frequencies are measure in ____
main frequencies of note others name is the ____
transducer transmits ultrasound of ____

20 Clues: frequencies are measure in • a sound wave is a ___ wave • bat is animal that use ____ • sound travel relatively ____ • we use 3D pictures to see ____ • ____ determine how loud sound is • car that set a record called ____ • people that set a record called ____ • high frequencies are measure in ____ • 20-20000 Hz range is called ____ ranges • ...

Atomic Physics 2023-10-14

Across

- State of an atom with extra energy.
- Energy levels in an atom.
- Mathematical description of an electron's behavior.
- Unit of length used in atomic physics.
- Positively charged subatomic particle.
- Atoms with the same number of protons but different neutrons.
- Center of an atom.
- Group of orbitals at a similar energy level.
GAS - Model for electrons in a metal.
- Smallest unit of an element.
- Process of removing an electron from an atom.
- Ionized gas.
- Interaction of particles with other particles or fields.
- Atom with a net electric charge.
- Negatively charged subatomic particle.
- Model of the hydrogen atom.

Down

- Wavefunction for electrons in a crystal.
- Transition of an electron to a lower energy level.
- Principle in quantum mechanics.
- Device emitting coherent light.
- Energy stored in an atom.
- Pair of electric charges of opposite signs.
LEVEL - Highest energy state of electrons at absolute zero.
- The colors of light emitted or absorbed by atoms.
- Neutrally charged subatomic particle.
- Outermost electron shell.
- Region in an atom where an electron is likely to be found.
- Time taken for half of a substance to decay.
- Quantum of electromagnetic radiation.
- What electrons have in different orbitals.

30 Clues: - Ionized gas. • - Center of an atom. • - Energy levels in an atom. • - Energy stored in an atom. • - Outermost electron shell. • - Model of the hydrogen atom. • - Smallest unit of an element. • - Principle in quantum mechanics. • - Device emitting coherent light. • - Atom with a net electric charge. • - State of an atom with extra energy. • GAS - Model for electrons in a metal. • ...

Plasma Physics 2023-10-14

Across

- Atom with an electrical charge.
- Magnetic confinement device for plasma.
- Low-temperature, ionized gas.
- Variations in plasma properties.
- Theory of plasma turbulence.
- Fusion process in stars.
- Unit of electric dipole moment.
- Plasma ejected from the Sun.
- Study of plasma properties.
- Neutralization of ions and electrons.
- Unpredictable plasma behavior.
- Waves propagating in a plasma.
- Electrode where electrons are collected.
- High-velocity plasma flow.

Down

- Pair of opposite magnetic poles.
- Force lines influencing plasma.
- Plasma confinement device.
- Chaotic flow in plasma.
- Methods to keep plasma stable.
- Electrode where electrons are emitted.
- Negatively charged subatomic particle.
- Interactions between plasma particles.
- Forces between plasma particles.
- The fourth state of matter.
- Shaped like a doughnut.
- Combining of atomic nuclei.
- Confinement through rapid motion.
- Plasma with equal ions and electrons.
- Metal-cutting technique using plasma.
- Propagation of waves in a plasma.

30 Clues: - Chaotic flow in plasma. • - Shaped like a doughnut. • - Fusion process in stars. • - Plasma confinement device. • - High-velocity plasma flow. • - The fourth state of matter. • - Combining of atomic nuclei. • - Study of plasma properties. • - Theory of plasma turbulence. • - Plasma ejected from the Sun. • - Low-temperature, ionized gas. • - Methods to keep plasma stable. • ...

Semiconductor Physics 2023-10-14

Across

- The energy level that separates occupied and unoccupied states.
- A negatively charged subatomic particle.
- The structure of semiconductor materials.
- The terminal in a FET through which current flows.
- A technology using complementary metal-oxide-semiconductor transistors.
- The ability of a semiconductor to store electrical charge.
- The process of intentionally adding impurities to a semiconductor.
- The energy difference between the valence and conduction bands.
- A type of semiconductor with excess holes.
- Used in the creation of semiconductors.
- The band in a semiconductor where electrons can move freely.
- Opposition to the flow of electric current in a semiconductor.
- The terminal in a FET used to control the flow of current.
- A semiconductor device allowing current flow in one direction.
- The highest energy band of electrons in a semiconductor.
- A type of semiconductor with excess electrons.
- Combining different semiconductor materials in a device.

Down

- A metal-oxide-semiconductor field-effect transistor.
- A type of transistor with both electrons and holes as charge carriers.
- Circuits combining many semiconductor components on a single chip.
- The interface between N-type and P-type regions in a semiconductor.
- A semiconductor device used for amplification and switching.
- Circuits in semiconductor devices for performing digital operations.
- Another type of bipolar junction transistor.
- The process of increasing the strength of an electrical signal.
- A type of bipolar junction transistor.
- The terminal in a FET where current originates.
- A material with intermediate electrical conductivity.
- A field-effect transistor.
- A positive charge carrier in a semiconductor.

30 Clues: - A field-effect transistor. • - A type of bipolar junction transistor. • - Used in the creation of semiconductors. • - A negatively charged subatomic particle. • - The structure of semiconductor materials. • - A type of semiconductor with excess holes. • - Another type of bipolar junction transistor. • - A positive charge carrier in a semiconductor. • ...

Nuclear Physics 2024-01-12

Across

When the atoms are split apart.
The determining factor that makes elements.
The combination of atoms.
The radioactive element used in the atomic bomb.
Where the atomic bomb was built.
The type of radiation that is least deadly.
Where the atomic bomb first dropped.
The name of the project made to create the first nuclear weapon.
The harmful substance created by unstable atoms.
The things sorted on the periodic table.

Down

The war where the atomic bomb was dropped.
The study of atoms.
The thing the entire universe is made out of.
The Danish physicist.
The type of radiation that is most deadly.
The table where all the elements are sorted.
The type of radiation used in health.
The weapon dropped on two Japaneses cities.
The type of scientist dealing with physics.
The radioactive element used to coat watches.
The person who discovered Radium.

21 Clues: The study of atoms. • The Danish physicist. • The combination of atoms. • When the atoms are split apart. • Where the atomic bomb was built. • The person who discovered Radium. • Where the atomic bomb first dropped. • The type of radiation used in health. • The things sorted on the periodic table. • The war where the atomic bomb was dropped. • ...

physics term 2024-12-05

Across

the process of one tectonic plate sliding underneath another
when heat, energy or sound comes back from a surface
liquid rock on the surface of the earth
the most central part of the earth’s structure
areas of the earth’s crust that can move relative to one another
liquid rock below the surface of the earth
the highness or lowness of a sound
very small pieces of matter
in a liquid state
a hard outer covering
the strength of an earthquake
the movements that transfer sound through air or water

Down

a word used to describe a volcano that has recently erupted or may erupt again
an opening in the earth’s crust through which lava, gases, steam and dust erupt
the strength or weakness of a sound
the part of the earth between the outer core and the crust
a word used to describe a volcano that will not erupt again
the reflection of a sound wave
a quality of a substance or material
the substance that waves move through
a straight line in which light travels
the property of a substance that will not allow light to pass through
an area of darkness caused by light being blocked by an opaque object
sudden violent movement of the earth’s crust

24 Clues: in a liquid state • a hard outer covering • very small pieces of matter • the strength of an earthquake • the reflection of a sound wave • the highness or lowness of a sound • the strength or weakness of a sound • a quality of a substance or material • the substance that waves move through • a straight line in which light travels • liquid rock on the surface of the earth • ...

Quantum Physics 2025-05-07

Across

A particle of light; carries energy but has no mass.
The act of observing a quantum system, which forces it to choose a specific state.
A set of instructions for solving a problem using quantum computers.
The basic unit of quantum information, like a bit in classical computing, but it can be both 0 and 1 at the same time (superposition).
A strong connection between quantum particles, so that the state of one instantly affects the other, even at a distance.
When a quantum particle exists in multiple states at once until it is measured.
A computer that uses qubits to perform calculations based on quantum mechanics.
Using quantum principles (like entanglement) to create unbreakable codes.

Down

States that you cannot know both the exact position and exact speed (momentum) of a particle at the same time.
Regular computing using bits (0s and 1s) and traditional electronic devices.
A branch of physics that deals with the behavior of very small particles like atoms and electrons.
A mathematical way to describe where a particle is likely to be.
A basic operation that changes the state of qubits.
The idea that quantum computers can solve some problems much faster than regular computers.
The smallest possible amount of a physical quantity, like energy.
A tiny particle with a negative charge that orbits the nucleus of an atom.
The science of keeping information secret and secure.
The description of a particle’s properties (like position, energy, spin).
A method of secure communication that uses quantum mechanics to share encryption keys safely.
The concept that particles like electrons and photons can behave like both waves and particles.

20 Clues: A basic operation that changes the state of qubits. • A particle of light; carries energy but has no mass. • The science of keeping information secret and secure. • A mathematical way to describe where a particle is likely to be. • The smallest possible amount of a physical quantity, like energy. • ...

AP Physics 2024-03-24

Across

The space between one object and another
side across from given angle
The difference in position after movement
mass x gravity
mm
between hyp and opp
CT

Down

Pair (x,y)
angle 90
opp/hyp
kg
Advanced placement
adj/hyp
biggest side
distance/speed
9.8m/s
Chicken and blank
opp/adj
Speed
Force NF

20 Clues: kg • mm • CT • Speed • 9.8m/s • opp/hyp • adj/hyp • opp/adj • angle 90 • Force NF • Pair (x,y) • biggest side • mass x gravity • distance/speed • Chicken and blank • Advanced placement • between hyp and opp • side across from given angle • The space between one object and another • The difference in position after movement

Physics Review 2024-03-13

Across

energy/time
does not change when traveling in space
"for every action there is an equal but opposite reaction"
m*v
energy found in springs
change in energy
rate of change of velocity
m*acceleration of gravity
speed + direction
m*a
SI time

Down

SI distance
x
energy of movement
kg*(m^2)/(s^2)
measurement of Force
SI mass
y
change in momentum
direction and magnitude
unit of power

21 Clues: x • y • m*v • m*a • SI mass • SI time • SI distance • energy/time • unit of power • kg*(m^2)/(s^2) • change in energy • speed + direction • energy of movement • change in momentum • measurement of Force • energy found in springs • direction and magnitude • m*acceleration of gravity • rate of change of velocity • does not change when traveling in space • ...

Physics Terms 2021-05-24

Across

the force of attraction that moves or tends to move bodies towards the center of a celestial body, such as the earth or moon
the standard unit of measure for pressure
the number of times that a periodic function or vibration repeats itself in a specified time, often 1 second. It is usually measured in hertz
of any particle from its equilibrium
the standard unit of measure for energy and work
the maximum
the rate of increase of speed or change in velocity
the force per unit cross-sectional area when equal opposing forces act on a body
The amount of matter in an object
A quantity with magnitude but not direction
a resistance encountered when one body moves relative to another body with which it is in contact
the distance, measured in the direction of propagation, between two points of the same phase in consecutive cycles of a wave

Down

a quantity that has both a magnitude and a direction
a unit for comparing two currents, voltages, or power levels
The mass divided by the volume of an object
the force over a given area
the product of a body's mass and its velocity
When two or more forces are balanced
A physical property of materials which return to their original shape after they are deformed
a force that tends to produce an elongation of a body or structure
a measure of the rate of motion of a body expressed as the rate of change of its position in a particular direction with time. It is measured in meters per second, miles per hour, etc
a dynamic influence that changes a body from a state of rest to one of motion or changes its rate of motion. The magnitude of the force is equal to the product of the mass of the body and its acceleration
the standard unit of measure for force

23 Clues: the maximum • the force over a given area • The amount of matter in an object • of any particle from its equilibrium • When two or more forces are balanced • the standard unit of measure for force • the standard unit of measure for pressure • The mass divided by the volume of an object • A quantity with magnitude but not direction • ...

Physics Terms 2021-05-24

Across

The amount of matter in an object.
A measure of the rate of motion of a body expressed as the rate of change of its position in a particular direction with time. It is measured in meters per second, miles per hour, etc.
A resistance encountered when one body moves relative to another body with which it is in contact.
The force over a given area.
The maximum displacement of any particle from its equilibrium position.
A quantity that has both a magnitude and a direction.
The standard unit of measure for force.
When two or more forces are balanced.
The force of attraction that moves or tends to move bodies towards the center of a celestial body, such as the earth or moon.
The size of a measurement of a vector; scalar quantities that consist of a number and unit only, no direction, for example.
A force that tends to produce an elongation of a body or structure.
The mass divided by the volume of an object.

Down

The rate of increase of speed or change in velocity.
A quantity with magnitude but not direction.
The tendency of a body to preserve its state of rest or uniform motion unless acted upon by an external force.
A unit for comparing two currents, voltages, or power levels.
A dynamic influence that changes a body from a state of rest to one of motion or changes its rate of motion.
The distance, measured in the direction of propagation, between two points of the same phase in consecutive cycles of a wave.
A physical property of materials which return to their original shape after they are deformed
A form of energy, which makes a body hot or cold.
The time required for one complete cycle of a wave.
The number of times that a periodic function or vibration repeats itself in a specified time, often 1 second. It is usually measured in hertz.
The standard unit of measure for energy and work.
The product of a body's mass and its velocity
The standard unit of measure for pressure.
The force per unit cross-sectional area when equal opposing forces act on a body

26 Clues: The force over a given area. • The amount of matter in an object. • When two or more forces are balanced. • The standard unit of measure for force. • The standard unit of measure for pressure. • A quantity with magnitude but not direction. • The mass divided by the volume of an object. • The product of a body's mass and its velocity • ...

Waves - Physics 2021-05-21

Across

one color, light having the same wavelength
segment of a cycle in a longitude wave during its travel while the other segment is being compressed
angle which a ray is perpendicular to the surface or point of incidence
to throb or vibrate in a rhythm
how fast light travels through an object
increased amplitude occurring when the frequency and natural frequency is similar
point on a wave with minimum amplitude
equals the angle of incidence (ex: AoI = 45 degrees, LoR = 45 degrees)
repetitive variation of a measured value
when waves hit a corner , they bend around the obstacle
net response by two or more stimuli is the sum of the individual stimuli
a substance/material carry a wave or carrying it through
two waves making a greater, smaller, or zero slope wave (ex: x+y=z)
change in direction of a wavefront at an interface (like an angle)
wave with perpendicular oscillation to the direction
interference two waves are "180 degrees out of phase", positive wave is cancelled by the negative
decrease in volume by any substance
angle made by a ray off of a surface (perpendicular)
ratio of the sines of the angle of incidence and refraction of a wave are constant whilst passing through medias
the distance over which a wave repeats
pulsation caused by two waves combining with/at different frequencies
wave moving at constant speed
point that undergoes maximum displacement above and below the "rest position"
change in frequency because of an observer (ex: sound: closer you are, higher pitched things are)

Down

a wave which oscillates but its amplitude seems still
graphed value that follows a sine pattern
change in direction of a passing wave from one medium to another
range of frequencies of radiation and their wavelengths/photon energies (ex; wave chart on reference table)
ray of light that strikes a surface
process of a wave to transmit through a medium (ex: water, air)
location of points on a wave cycle
the geometrical orientation of the oscillations in transverse waves
when the reflection of waves or light is scattered
sensation of frequency (ex; tuning an instrument because its out of _____)
the maximum value of a wave from the x-axis
number of completed cycles
interference two waves passing through each other, amplitude equals the sum (ex: a+b = a+b)
mirror-like reflection of waves
displacement of the medium is the same direction as the wave
ray that represents light reflected by a surface
the minimum point of a wave's curve
a wave transferring energy; doesn't move far
the maximum point of a wave's curve
number of curves in a wavelength

44 Clues: number of completed cycles • wave moving at constant speed • to throb or vibrate in a rhythm • mirror-like reflection of waves • number of curves in a wavelength • location of points on a wave cycle • ray of light that strikes a surface • the minimum point of a wave's curve • decrease in volume by any substance • the maximum point of a wave's curve • ...

physics ig 2022-01-04

Across

(in scientific writing)
(the movement caused within a fluid by the tendency of hotter and therefore less dense material to rise, and colder, denser material to sink under the influence of gravity, which consequently results in transfer of heat.)
(in scientific writing)
(as it applies to scientific observations)
('a question that a research project sets out to answer')
(degree of hotness or coldness measured on a definite scale.)
(as it applies to the science)
(the lowest limit of the thermodynamic temperature scale)
(continuous physical force exerted on or against an object by something in contact with it.)
(a large coherent body of matter)
(in scientific writing)
(as it applies to scientific thinking)
(a substance which does not readily allow the passage of heat or sound.)
(as it applies to scientific theories)
(he emission of energy as electromagnetic waves or as moving subatomic particles, especially high-energy particles which cause ionization.)

Down

(the process by which heat or electricity is directly transmitted through a substance when there is a difference of temperature or of electrical potential between adjoining regions, without movement of the material.)
(a form of energy that can be converted into work)
(also called the control in an experiment)
(Heat is the flow of )
(explanation made on the basis of limited evidence)
(the amount of space that a substance or object occupies)
(a relationship between two variables when their product equals to a constant value.)
(matter cannot be created or destroyed, but it can change forms)
(used to meassure atmospheric pressure)
(the pressure within the atmosphere of Earth.)
(as it applies to scientific data)
(as it applies to scientific method)
(the spreading of something more widely.)
(the scale of temperature in which water freezes at 0° and boils at 100° under standard conditions.)
(corresponding in size or amount to something else.)
(also known as specific mass)

31 Clues: (Heat is the flow of ) • (in scientific writing) • (in scientific writing) • (in scientific writing) • (also known as specific mass) • (as it applies to the science) • (a large coherent body of matter) • (as it applies to scientific data) • (as it applies to scientific method) • (as it applies to scientific thinking) • (as it applies to scientific theories) • ...

Physics Crossword 2022-01-04

Across

a coherent, typically large body of matter with no definite shape.
the way in which a substance, typically a liquid, holds together; thickness or viscosity.
the degree or intensity of heat present in a substance or object, especially as expressed according to a comparative scale and shown by a thermometer or perceived by touch.
corresponding in size or amount to something else.
relating to the atmosphere of the earth or (occasionally) another planet.
the available body of facts or information indicating whether a belief or proposition is true or valid.
the degree of compactness of a substance.
the emission of energy as electromagnetic waves or as moving subatomic particles, especially high-energy particles which cause ionization.
a supposition or proposed explanation made on the basis of limited evidence as a starting point for further investigation.
the quality of being hot; high temperature.
of or denoting a scale of temperature on which water freezes at 0° and boils at 100° under standard conditions.
the systematic investigation into and study of materials and sources in order to establish facts and reach new conclusions.

Down

continuous physical force exerted on or against an object by something in contact with it.
an instrument measuring atmospheric pressure, used especially in forecasting the weather and determining altitude.
a usually miniature representation of something a pattern of something to be made
(of an experiment, test, etc.) carried out under conditions that preclude error or the influence of extraneous factors.
in the opposite manner, position, or order.
the fact of always behaving or occurring in the way expected.
the amount of space that a substance or object occupies, or that is enclosed within a container, especially when great.
action of thinking about something in a logical, sensible way.
the movement caused within a fluid by the tendency of hotter and therefore less dense material to rise, and colder, denser material to sink under the influence of gravity, which consequently results in transfer of heat.
a substance which does not readily allow the passage of heat or sound.
the spreading of something more widely.
the quality or state of being natural.
state or assert that something is the case, typically without providing evidence or proof.
an upward current of warm air, used by gliders, balloons, and birds to gain height.
not qualified or diminished in any way; total
the system of rules which a particular country or community recognizes as regulating the actions of its members and which it may enforce by the imposition of penalties.

28 Clues: the quality or state of being natural. • the spreading of something more widely. • the degree of compactness of a substance. • in the opposite manner, position, or order. • the quality of being hot; high temperature. • not qualified or diminished in any way; total • corresponding in size or amount to something else. • ...

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