| Down |
| 1. | For your total displacement to be zero you must end up back where you ____________. |
| 2. | The rate at which something is moving. |
| 4. | The velocity of an object at a particular instant in time. |
| 5. | On a position-time graph a ____________ line indicates constant velocity. |
| 6. | A quantity that consists of a magnitude or amount only. |
| 8. | A graph that shows an objects position as it is related to time. |
| 10. | The most commonly used frame of Reference. |
| 11. | The rate at which an objects velocity changes |
| 11. | What the slope on a velocity-time graph represents. |
| 13. | Rise over run. |
| 14. | All Motion is _______________ to some reference. |
| 15. | Shape of the line on a position-time graph when acceleration occurs. |
| 16. | An object with negative velocity experiences neagtive acceleration? |
| 19. | Setting your car's cruse control allows you to go at a ____________ speed. |
| 21. | You would measure the distance from kansas City to St. Louis in ____________. |
| 23. | A dimension in which events happen in sequence. |
| 25. | To determine displacement from a velocity-time graph you calculate the ____________ under the line. |
| 26. | Velocity always has this. |
| 27. | A car travels 40 km in 30 minutes. It's average speed was ______ km/hr. |
| 31. | You jogged 300 m south then 120 m north in 1.5 minutes. Your average velocity was ______ m/s [south]. |