| Answer | Units | |||||
| 1 | Distance traveled before pulling weight | 3 | m | |||
| 2 | Time traveling before pulling weight | 8 | s | |||
| 3 | Average cart velocity before pulling weight | 0.375 | m/s | |||
| 4 | Cart acceleration before pulling weight | 0.09375 | m/s^2 | |||
| 5 | Cart's mass | 2.8 | kg | |||
| 6 | Net force acting on cart before cart began dragging the weight | 0.2625 | N | |||
| 7 | Cart's velocity just before it began dragging the weight. | 0.75 | m/s | |||
| 8 | Cart's momentum before it begain dragging weight. | 2.1 | kgm/s | |||
| 9 | Weight's momentum before being dragged | 0 | kgm/s | |||
| 10 | Total momentum of cart and weight, just after the cart began dragging the weight | 2.1 | kgm/s | |||
| 11 | Velocity of cart and weight, just after the cart began dragging the weight. | 0.525 | m/s | |||
| 12 | After the cart began dragging the weight, how long did it take the cart and weight to stop? | 6 | s | |||
| 13 | Deceleration of cart and weight, after the cart began dragging the weight | -0.0875 | m/s^2 | |||
| 14 | Net force acting on cart and weight after cart began dragging the weight | -0.35 | N | |||
| 15 | Force of friction acting resulting from dragging the weight. | 0.6125 | N | |||