These are the dependent and independent variable on a graph

This quantity measures distance without involving direction.

F=m X a

F action <=> F reaction

P=M x V
Kg x m/s

An Object at rest stays at rest and an object in motion stays in motion

These quantities both need time and distance to measure but one involves direction

W= m x g

This force makes objects move

This causes a change in momentum

This man explained Earths motion around the Sun accurately

S=dt/tt

Sliding and Static, Rolling, and Air friction

This is the overall direction of an object or the answer

M x v = F x t

Y=k\x

Position,Velocity, and Acceleration graphs

Ff/Fn = ?
Co efficient of friction

One solution finds the resultant of all the vectors when all measurements are line up head to tail; the other finds the same but with the mathmatical set up/ equation

Ma x Va + Mb x Vb = Ma'x Va' + Mb' x Vb'

This use to measure electric currents

M/s x s

Velocity equals zero when an object can no longer acceleration.

Show the overall direction of an object but both are opposites

These laws are applied to each Theorem
Hint; Only one to each theorem.