Engineering Handbook/Physics/Motion

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Motion	Linear	Non Linear
Speed	$v = \frac{s}{t}$	v(t)
Acceleration	$a = \frac{v}{t}$	$a = \frac{d v (t)}{d t}$
Distance	$S = v t = a t^{2}$	$s = \int v (t) d t$
Force	$F = m a = \frac{m v}{t} = \frac{p}{t}$	$a = m \frac{d v (t)}{d t}$
Work	$W = F s = F v t = p v$	$F \int v (t) d t$
Energy	$E = \frac{W}{t} = F v = F a t = p a$	$\frac{F}{t} \int v (t) d t$
Pressure	$a = \frac{F}{A}$

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