AP physics 1 Equations
Average velocity
Vav=X/T
Acceleration
A=V-Vo/T
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Final velocity
V=Vo+AT
Displacement in terms of velocity
X=1/2(V+Vo)T
Displacement in terms of acceleration
X=Vot+1/2AT^2
Final velocity squared
, V^2=Vo^2+2AX
Newton's Second Law
ΣF=ma
Frictional Force
f=µFn
Work
FdcosΘ
Kinetic energy
1/2mv^2
Gravitational potential energy
ΔUg=mgh
Power in terms of work and time
P=W/T
Power in terms of force and velocity
P=Fv
Momentum
p=mv
Average velocity
Vav=X/T
Acceleration
A=V-Vo/T
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0:02
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0:15
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Brainpower
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Final velocity
V=Vo+AT
Displacement in terms of velocity
X=1/2(V+Vo)T
Displacement in terms of acceleration
X=Vot+1/2AT^2
Final velocity squared
, V^2=Vo^2+2AX
Newton's Second Law
ΣF=ma
Frictional Force
f=µFn
Work
FdcosΘ
Kinetic energy
1/2mv^2
Gravitational potential energy
ΔUg=mgh
Power in terms of work and time
P=W/T
Power in terms of force and velocity
P=Fv
Momentum
p=mv