Density = \frac{Mass}{Volume}

Pressure = \frac{Force}{Area}

Thermal Energy = Mass \cdot Specific Heat \cdot Δ {Temperature}_{}

{Pressure}_{1} \cdot {Volume}_{1} = {Pressure}_{2} \cdot {Volume}_{2}

{Volume}_{1} \cdot {Temperature}_{1} = {Volume}_{2} \cdot {Temperature}_{2}

{Temperature}_{1} \cdot {Pressure}_{1} = {Temperature}_{2} \cdot {Pressure}_{2}

Speed = \frac{Distance}{Time}

Velocity = \frac{Δ {Position}_{}}{Δ {Time}_{}}

Acceleration = \frac{Δ {Velocity}_{}}{Δ {Time}_{}}

Momentum = Mass \cdot Velocity

Force = Mass \cdot Acceleration

{Force}_{Gravity} = Mass \cdot Gravitational Acceleration

Weight = Mass \cdot Gravitational Acceleration

Work = Force \cdot Distance

Power = \frac{Work}{Time}

Kinetic Energy = \frac{1}{2} \cdot Mass \cdot {Velocity}_{}^{2_{}}

Gravitational Potential Energy = Mass \cdot Gravitational Acceleration \cdot Height

Wave Speed = Frequency \cdot Wavelength

Voltage = Current \cdot Resistance

Chemistry Formulas

Matter