ideal pendulum of length L=0.6m supports a mass of m=0.5kg. Initially the pendulum is lifted such that it makes an angle of theta=15 degrees with respect to the vertical Part a)When the pendulum is released from rest, what is the maximum speed, v in m/s the mass reaches Part b)Does increasing the mass at the end increase the maximum speed

ideal pendulum of length L=0.6m supports a mass of m=0.5kg. Initially the pendulum is lifted such that it makes an angle of theta=15 degrees with respect to the vertical Part a)When the pendulum is released from rest, what is the maximum speed, v in m/s the mass reaches Part b)Does increasing the mass at the end increase the maximum speed

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An ideal pendulum of length L=0.6m supports a mass of m=0.5kg. Initially the pendulum is lifted such that it makes an angle of theta=15 degrees with respect to the vertical Part a)When the pendulum is released from rest, what is the maximum speed, v in m/s the mass reaches Part b)Does increasing the mass at the end increase the maximum speed?

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