Describing Motion

6. If the slope of a dvst graph goes down (from left to right) then the velocity is
7. This is represented by the vertical axis on a dvst graph
12. If an object is travelling at a constant velocity then the dvst graph is a (2wds)
13. International System (metric) units of acceleration (4wds)
14. The horizontal axis on a dvst graph represents
15. The slope of a displacement versus time (dvst) graph represents
16. On the graphs we made of the cars, the units on the vertical axis were
17. If an object is accelerating then the dvst graph is
18. On the graphs we made of the cars, the units on the horizontal axis were
20. Adding a 1 kilogram mass on our car, being propelled by the same 100 gram hanging mass, _______ the acceleration
21. Acceleration is _________ velocity.

1. Vectors have __________ and direction.
2. y2-y1 divided by x2-x1
3. Total distance travelled divided by total time is (2wds)
4. The slope of a tangent line on a curved dvst graph represents (2wds)
5. International System (metric) units of velocity (3wds)
8. The slope of a velocity vs. time graph is
9. Force is equivalent to an object’s mass multiplied by it’s acceleration is Newton’s ________ law of motion.
10. Having a constant force but increasing the mass ________ the acceleration
11. Displacement, velocity, acceleration and force are
12. If the dvst graph is parallel to the horizontal axis, then the represented body is
19. The difference between distance and displacement is