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Uniform Circular Motion
an object moving at constant speed in a perfectly circular path
Tangential Velocity
the linear speed of any object moving along a circular path
Period (T [s])
the time it takes an object to complete one revolution at a given speed
delta t = T
Tangentinal Velocity Equation
delta S = C = 2 pi r
delta t = T
v = delta s/delta t
v = (2 pi r)/T
Centripetal (Center Seeking) Acceleration (a sub c)
the acceleration due to the velocity’s change in direction
delta v = (v² delta t)/r
a sub c = v²/r
F sub c = sum of all Forces = F1+F2+F3
Centripetal Force
F sub c = ma sub c