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| Pregunta | Respuesta |
| Momentum | Mass x Velocity |
| Force (From momentum) | change in momentum / time |
| Ideal Gas Equation | Pressure x Volume ÷ Temperature = No. Moles x Molar Gas Constant = No. Molecules x Boltzmann Constant |
| Link of KE and Pressure | pV = 1/3 Nm <c^2> |
| Specific Heat Capacity | Energy = mass x SHC x diff in temp. |
| Angular Velocity | = 2π / Period |
| Velocity (Circular Motion) | Angular Velocity x Radius |
| Acceleration (Circular Motion) | Velocity x Angular Velocity |
| Acceleration (Simple Harmonic Motion) | - angular velocity ^2 x displacement |
| Displacement (SHM) | Radius x cos(angle) |
| Radius of nucleus | constant x mass no.^(1/3) |
| Activity (Radioactivity) | - time constant x No. of unstable nucleons |
| Energy | mass x speed of light squared |
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