Forces Vocab X-word
Across
- 2. The standard unit of measurement for force. (A kg*m/s^2)
- 4. A quantity that has both magnitude and direction eg. velocity
- 9. The representative value from a set of other values
- 11. A resistance to movement caused by an object moving through a fluid
- 12. Any substance that "flows" and takes the shape of the container it is in. Gasses and Liquids.
- 14. A value so small it can be considered to be zero
- 16. A push or pull in a certain direction. Can be contact or non-contact
- 19. 2 lines that cross each other at 90 degrees
- 20. The product of a force exerted over a time interval
- 24. The standard unit of mass we will use in physics
- 25. A force of attraction between all objects
- 27. Newton's Law that states "Every applied force is opposed by an equal and opposite force"
- 28. The amount of matter an object has
Down
- 1. The property of an object to resist changes in it's motion. Mass also is a measure of this.
- 3. A vector total, or sum, of all forces acting on an object
- 5. Motion under the influence of gravitational force only
- 6. The amount of force an object feels from the attraction of gravity to another object
- 7. 2 lines heading the same direction that will never touch each other
- 8. A measure of the spread of data away from the average
- 10. A change in velocity over a change in time in a particular direction
- 13. A state of balance with respect to net force on an object
- 15. A quantity that has only magnitude no direction eg. mass
- 17. A maximum velocity reached when a falling object's force of gravity equals the amount of drag
- 18. A change in distance over a change in time in a particular direction
- 21. The product of the mass and velocity of an object in a particular direction
- 22. Newton's Law that states "an object's acceleration is directly proportional to the net force on it, and is inversely proportional to the object's mass
- 23. A force of resistance caused my microscopic irregularities moving past one another
- 26. Newton's law that states "Every object continues in a state of rest, or of uniform speed in a straight line unless acted on by a nonzero net force"