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Acceleration
Change in speed / time
Density
Mass / volume
Force (newtons 2nd law)
Mass x acceleration
Force (spring constant)
Constant x extension
Momentum
Mass x velocity (kg m/s)
Work done
Force x distance = change in energy
Kinetic energy
½ mv2
Potential energy
Mgh
Power
Work or energy change / time
Efficiency
Useful energy output / total energy input
Specific heat capacity
E=mcat
Boyles law
Pressure1 x volume1 = preassure 2 x volume 2
Kelvin temp
273 degrees
Wavespeed
Frequency x wavelength
Refraction 1
Sin i / sin r
Refraction 2
1 / sin c
Refraction 3
Speed of light in vacuum / speed of light in material
Charge
Current x time
Ohms law
V= I R
Electric power
P = IV or I2 R
Electrical energy
IVt
Orbital speed
2pie R /t