force
f = ma
acceleration (change in velocity)
a=(v-u)/(t)
= 2ax
(v^2) - (u^2) = 2ax
make x the subject
x = (v^2) - (u^2) / 2a
make v the subject
v = at + u
make u the subject
u = v - at
stopping distances
thinking distance + braking distance
momentum
p = mv
force (change in velocity)
f = (mv)-(mu)/t
work done
w = fd
power
p = w/t
weight
w = mg
change in GPE
△GPE = mg△h
GPE
mgh
kinetic energy
KE = 1/2 mv^2
wavespeed
v = f λ
time it takes for a wave to pass
t = 1/f