| Hint | Answer | % Correct |
|---|---|---|
| Distance/ Time Taken | Speed | 97%
|
| Change in velocity/ time taken | Acceleration | 87%
|
| mass *acceleration | Force | 78%
|
| current * resistance | Voltage | 72%
|
| 1/2 *mass *velocity squared | Kinetic Energy | 68%
|
| current * voltage | Power | 67%
|
| Useful energy output/ total energy output | Efficiency | 62%
|
| Mass* Velocity | Momentum | 61%
|
| mass* g*height | gravitational potential energy | 55%
|
| force* distance moved | work done | 50%
|
| Energy transferred equals to .......... | Work Done | 50%
|
| frequency *wavelength | wave speed | 43%
|
| sin(i) /sin(r) | refractive index | 27%
|
| Another equation of the above | 1/sin(c) | 4%
|