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| Front-side | Reverse-side |
|---|---|
| Centripetal Force | Fc=mass x radius 4 PI2^/period2^ |
| change in Heat | Change in Q=mass x specific heat capacity x change in temp. |
| Combined Gas Law(temp MUST be in Kelvin) | Pressure 1 x Volume 1 /Temp. 1 = Pressure 2 x Volume 2 /Temp. 2 |
| density | D=mass x volume |
| electrical power | p=current x volts |
| Frequency | F=1/period |
| Gravitational Potential Energy | GPE= height x mass x 9.8 |
| heat of fusion (vaporization) | Hf=Q "heat energy"/mass |
| Ideal Mechanical Advantage | IMA=distance in/distance out |
| Kelvin Conversion | K=273 + C |
| Kinetic Energy | KE=mass x velocity2/2 |
| Momentum | mass x velocity |
| Ohms Law | current= electrical potential/electrical resistance |
| Power | P=work/time |
| Torque | T=force x distance (length of lever arm) |
| Wave velocity | V=wave length x frequency |
| Work | E= force x distance |