| Question | Answer |
| Weight | W=mg Weight= Mass x gravitational field strength |
| Work Done | W=Fs Work done= Force x distance |
| Kinetic Energy | 0.5 x Mass x Velocity^2 |
| Gravitational Potential Energy | Ep= mgh Mass x gravitational field strength x height |
| Specific Heat Capacity | energy transferred x specific heat capacity x change in temperature |
| Resistance | Resistance = Potential Difference/Current |
| Potential Difference | V= IR Potential Difference x Current x Resistance |
| Charge Flow | Q= It Charge Flow= Current x time |
| Efficiency | E= Et Useful energy/Total Energy |
| Weight Unit | Newtons |
| Energy Unit | Joules |
| Mass Unit | Kilograms |
| Current Unit | Amps |
| Charge Flow Unit | Coulombs |
| Energy Transferred | E=QV Coulombs x potential difference |
| Potential Difference Unit | Volts |
| Latent Heat | E= mL |
| Half-Life | How long it takes for an atom to lose half of its mass |
| Internal Energy | Kinetic Energy + Potential Energy |
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