| A | B |
|---|
| unit for speed | m/s or km/hr |
| unit for distance | meter, centimeters, millimeters, kilometers |
| unit for time | seconds or hours |
| m/s or km/hr | unit for speed |
| meters, kilometers, centimeters, millimeters | unit for distance |
| seconds or hours | unit for time |
| force the pulls objects toward each other | gravity |
| units for mass | grams |
| kilograms or grams | units for mass |
| distance and direction of object's change in position | displacement |
| distance / time | speed |
| speed does not vary or change | constant speed |
| total distance /total time | average speed |
| result of speedometer reading at a specific moment in time | instantaneous speed |
| 43.33 m/s | speed |
| measurement from one point to the next | distance |
| the resistance caused when one object is moved in contact with another | friction |
| likely to maintain a state of rest unless acted upon by an external force | inertia |
| do not change speed or direction | balanced forces |
| resistance of fluid to flow | viscosity |
| 16.78 m | distance |
| 22.11 s | time |
| 89.55 km | distance |
| 88.34 km/hr | speed |
| as this increases, inertia increases | mass |
| The distance a car traveled was 10 kilometers in 2 hours. What was average speed? | 5.00 km/hr |
| the force resisting the motion when a body (such as a ball, tire, or wheel) rolls on a surface | rolling friction |
| force that must be overcome for something to get going. | static friction |
| frictional resistance to relative movement of surfaces on loaded contact | sliding friction |
| friction arising between two objects in contact that are at rest with respect to each other. | static friction |
