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In forced oscillations , a particle osci...

In forced oscillations , a particle oscillates simple harmonically with a frequency equal to

A

frequency of driving force

B

natural frequency of body

C

differnece of frequency of driving force and natrual frequency

D

mean of frequency of driving force and natural frequency

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**Step-by-Step Solution:** 1. **Understanding Forced Oscillations:** - In forced oscillations, a system is subjected to an external periodic force. This force causes the system to oscillate. 2. **Frequency of Oscillation:** - The frequency of the oscillation in a forced system is determined by the frequency of the external driving force applied to it. 3. **Key Concept:** - In forced oscillations, regardless of the natural frequency of the system, the particle will oscillate at the frequency of the driving force. 4. **Conclusion:** - Therefore, in forced oscillations, a particle oscillates simple harmonically with a frequency equal to the frequency of the driving force. 5. **Final Answer:** - The correct answer is that the frequency of the particle's oscillation is equal to the frequency of the driving force. ---
**Step-by-Step Solution:** 1. **Understanding Forced Oscillations:** - In forced oscillations, a system is subjected to an external periodic force. This force causes the system to oscillate. 2. **Frequency of Oscillation:** - The frequency of the oscillation in a forced system is determined by the frequency of the external driving force applied to it. ...
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