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# 5. A bicycle wheel is mounted at the end of the physical pendulum. The bicycle wheel can be free to rotate about its axis; Or it can be tied down by & red cord,...

## Question

###### 5. A bicycle wheel is mounted at the end of the physical pendulum. The bicycle wheel can be free to rotate about its axis; Or it can be tied down by & red cord, a8 seen in the photograph below, s0 that it cannot rotate at all_If the wheel is tied down; S0 that it cannot rotate about its axis, it oscillates with some period: The pendulum is allowed to make ten oscillations while the clock runs; so the period is the final measurement on the clock divided by ten: Now suppose that the red cord t

5. A bicycle wheel is mounted at the end of the physical pendulum. The bicycle wheel can be free to rotate about its axis; Or it can be tied down by & red cord, a8 seen in the photograph below, s0 that it cannot rotate at all_ If the wheel is tied down; S0 that it cannot rotate about its axis, it oscillates with some period: The pendulum is allowed to make ten oscillations while the clock runs; so the period is the final measurement on the clock divided by ten: Now suppose that the red cord tying the wheel is released, allowing the wheel to rotate about its axis; if it wants to. The pendulum will be pulled to the side &s in the case above and again released from rest, but with the wheel free to rotate about its axis. Will the time period of oscillation be bigger or smaller than what we had before when the cord was tied? Give quantitative details Take the mass of the wheel m to be much greater than that of the pendulum; the length of the pendulum to be L and the radius of the bicycle wheel to be R  #### Similar Solved Questions

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