The equation for the angular position of a pendulum oscillating at small angles is given by Theta(t)= (.15 rad) cos(4.4t +0.32) Part a)Find the frequency in Hz Part b)Find the maximum angular speed(not angular frequency) in rad/s Part c)Find the maximum angular acceleration in rad/s^2 Part d) Find the angular velocity at t=2.0 seconds in rad/s
The equation for the angular position of a pendulum oscillating at small angles is given by Theta(t)= (.15 rad) cos(4.4t +0.32) Part a)Find the frequency in Hz Part b)Find the maximum angular speed(not angular frequency) in rad/s Part c)Find the maximum angular acceleration in rad/s^2 Part d) Find the angular velocity at t=2.0 seconds in rad/s
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The equation for the angular position of a pendulum oscillating at small angles is given by Theta(t)= (.15 rad) cos(4.4t +0.32)
Part a)Find the frequency in Hz
Part b)Find the maximum angular speed(not angular frequency) in rad/s
Part c)Find the maximum angular acceleration in rad/s^2
Part d) Find the angular velocity at t=2.0 seconds in rad/s
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