Force = Mass x Acceleration

f = m a

For every acting force there exists a reacting force of equal magnitude but in the opposite direction.

F(action) = F(reaction)

Force (F)

Coefficient of Friction

μ

Frictional Force

Normal Force

Work (W)

Work (W)

Time (t)

Kinetic Energy

(KE)

¹/₂ mass * velocity²

¹/₂ mv²

Momentum

p

v²/r

velocity² / radius

Angular Speed

ω

Velocity / Radius

v/r

Centripetal Force

F_c

mass * velocity² / radius

mv²

r

Pressure

P

Force / Area

F

A

height * density * acceleration due to gravity

hdg

Weight in Air

Wight Loss in Water