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Newtonian Mechanics Equations

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Velocity
v0+at
Distance
x0+v0t+1/2at^2
Velocity^2
v0^2+2a(x-x0)
Net force
ma
Frictional force
(coefficient of friction)N
Centripedal acceleration
v^2/r
Torque
rFsinθ
Momentum
mv
Impulse
F(t-t0)=(p-p0)
Kinetic energy
1/2mv^2
Change in potential energy
mgh
Work
F.(r-r0)=F(r-r0)cosθ
Average power
W/(t-t0)
Power
Fv=Fvcosθ
Force of spring
-kx
Potential energy of spring
1/2kx^2
Period of spring
2π((sqrt)m/k)
Period of pendulum
2π((sqrt)L/g)
Period
1/f
Gravitational force=
-Gm1m2/r^2
Gravitational potential energy
-Gm1m2/r