Class 11 Physics (Part Ii) Chapter 16 Oscillations Quiz 4 (16 MCQs)

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1. An enormous pendulum-driven clock, located on the earth, is set into motion by releasing its 10 meter long simple pendulum from a maximum angle of less then 10 degrees relative to the vertical. At what what approximate time t will the pendulum have fallen to a perfectly vertical orientation?
2. Which equation defines Hooke's Law?
3. A simple harmonic motion is defined as motion where
4. Missy's favorite ride at the Topsfield Fair is the Rotor, which has a radius of 4.0 m. The ride takes 2.0 s to make one full revolution. Calculate the period of the Rotor.
5. A simple pendulum takes 30s to complete 18 oscillations. What is the time period of the pendulum?
6. A pendulum makes 33 complete back and forth cycles of vibration in 11 seconds. It's frequency is:
7. Free oscillation and forced oscillation differ in that:
8. Restoring force, of a body executing oscillation, vanishes at
9. When the frequency of the external force matches the natural frequency of the system, what phenomenon occurs?
10. Which of the following devices uses the principle of oscillation to measure time?
11. Damped oscillation refers to:
12. A leaky faucet drips 40 times in 30.0 s. What is the frequency of the dripping?
13. Time duration of a pulse is given by
14. After closing a deal with a client, Kent leans back in his swivel chair and spins around with a frequency of 0.5 Hz. What is Kent's period of spin?
15. If the frequency of a wave is doubled, the wavelength will be .....
16. A simple pendulum oscillates with small amplitude, and its frequency is f. If its length is doubled, what is the new frequency of its motion?