| Hint | Answer | % Correct |
|---|---|---|
| Impulse | force x time | 100%
|
| potential energy | mass x gravity x height | 20%
|
| tangiental velocity | radius x angular velocity | 20%
|
| kinetic energy | 0.5 moment of inertia x angular velocity2 | 0%
|
| Drag | -0.5 x fluid density x velocity2 x drag coefficient x cross sectional area | 0%
|
| ma | GRF - BW | 0%
|
| Potential energy = | kinetic energy | 0%
|
| moment of inertia | mass x distance2 | 0%
|
| tangiental force | mass x radius x angular acceleration | 0%
|
| radial force | mass x radius x angular velocity | 0%
|
| torque | moment of inertia x angular acceleration | 0%
|
| angular momentum | moment of inertia x angular velocity | 0%
|
| Impulse | mv - mu | 0%
|
| tangiental acceleration | radius x angular acceleration | 0%
|
| radial acceleration | radius x angular velocity2 | 0%
|
| angular impulse | torque x time | 0%
|