Some physics formulae.
Terms : Hide Images
| 799252412 | Moment | Distance from Pivot × Force = D×F | |
| 799252413 | Constant | Pressure × Volume/Temperature (k) = PV/T | |
| 799252414 | Temperature | Average Kinetic Energy (KE) of particles. | |
| 799252415 | Thermal Capacity | Energy Supplied/Change in Temperature = Q/∆T | |
| 799252416 | Thermal Capacity: Energy Supplied | Specific Heat Capacity × Change in Temperature = C×∆T | |
| 799252417 | Specific Heat Capacity | Energy Supplied/Mass × Change in Temperature = Q/m×∆T | |
| 799252418 | Specific Heat Capacity: Energy Supplied | Mass × Specific Heat Capacity × Change in Temperature = m×C×∆T | |
| 799278261 | Speed | Distance/Time = D/T | |
| 799278262 | Velocity | Distance/Time = D/T | |
| 799290108 | Acceleration | Change in Speed/Time Taken = ∆S/T | |
| 799290109 | Density | Mass/Volume = m/V | |
| 799290110 | Force | Mass × Acceleration = m×a | |
| 799335997 | Kinetic Energy | Half × Mass × Speed^2 = 1/2×m×S^2 | |
| 799335998 | Potential Energy | Mass × Gravity × Height = m×g×h | |
| 799335999 | Power | Energy/Time = Work/Time = E/T = W/T | |
| 799336000 | Pressure | Force/Area = F/A | |
| 799336001 | Latent Heat | Mass × Specific Latent Heat = m×L | |
| 799336002 | Wave Speed | Frequency × Wavelength = F×λ | |
| 799336003 | Frequency | 1/Period = 1/T | |
| 799354899 | Potential Difference (Voltage) | Energy/Charge = E/Q |
