Question: 1. A simple pendulum takes 22.7 seconds to complete 10 oscillations. What is the period of oscillation? 2. Determine the frequency of oscillation for

1. A simple pendulum takes 22.7 seconds to complete 10 oscillations. What is the period of oscillation? 2. 

1. A simple pendulum takes 22.7 seconds to complete 10 oscillations. What is the period of oscillation? 2. Determine the frequency of oscillation for the pendulum from the previous question. 3. What is the angular frequency for the pendulum from the first question? 4. Is the period of oscillation affected by the amplitude (amount of displacement from equilibrium)? 5. Is the maximum velocity of the oscillation affected by the amplitude (amount of displacement from equilibrium)? 6. Is the acceleration of the oscillation affected by the amplitude (amount of displacement from equilibrium)?

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1 The period of oscillation is the time it takes for one complete cycle of motion If a simple pendulum takes 227 seconds to complete 10 oscillations y... View full answer

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