Dynamics

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Acceleration of a Harmonic Oscillator

 , where:

a = Acceleration (m/s^2)

      (rad/s)

k = Spring Constant (N/m)

m = Mass (kg)

t = Time (s)

Angular Acceleration

 , where:

 = Angular Acceleration (rad/s^2)

 = Angular Velocity (rad/s)

t = Time (s)

Angular Frequency of an Oscillator

 , where:

 = Undamped Angular Frequency (rad/s)

k = Spring Constant (N/m)

m = Mass (kg)

Angular Momentum

 , where:

L = Angular Momentum (J*s)

r = Distance to Axis of Rotation (m)

p = Momentum (N*s)

Angular Momentum (Alternative)

 , where:

L = Angular Momentum (J*s)

I = Mass Moment of Inertia (kg*m^2)

 = Angular Velocity (m/s)

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