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1.	The sound from the bee is produced when its wings vibrates at 360 vibrations per second. The Time Period of the vibration would be1. 1 / 62. 1 / 363. 1 / 3604. 1 / 216
Answer» Correct Answer - Option 3 : 1 / 360 The correct answer is1 / 360. The concept used in this problem is: Frequency = 360 vibrations/second. Time Period = (Time Taken)/ (Number of Oscillations) = (1/360 ) or 0.0027 sec. The time period of oscillation of a simple pendulum depends on the following quantities: Length of the pendulum (l). Mass of the bob (m). Acceleration due to gravity (g).

The sound from the bee is produced when its wings vibrates at 360 vibrations per second. The Time Period of the vibration would be1. 1 / 62. 1 / 363. 1 / 3604. 1 / 216

Answer» Correct Answer - Option 3 : 1 / 360

The correct answer is1 / 360.

The concept used in this problem is:

Frequency = 360 vibrations/second.
Time Period = (Time Taken)/ (Number of Oscillations)
= (1/360 ) or 0.0027 sec.

The time period of oscillation of a simple pendulum depends on the following quantities:

Length of the pendulum (l).
Mass of the bob (m).
Acceleration due to gravity (g).

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