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If the mass of a particle executing SHM ...

If the mass of a particle executing SHM is m and its angular frequency is `omega`, then the force constant of that SHM will be

A

`momega`

B

`momega^(2)`

C

`sqrt(m/omega)`

D

`sqrt(omega/m)`

Text Solution

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The correct Answer is:
B
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CHHAYA PUBLICATION-SIMPLE HARMONIC MOTION-EXERCISE
  1. The motion of any hand of a clock is a (an)

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  2. If the mass of a particle executing SHM is m and its angular frequency...

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  3. In case of a simple harmonic motion, which of the following statements...

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  4. If the displacement and the restoring force acting on a particle execu...

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  5. If the mass of a particle executing SHM is m and its angular frequency...

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  6. The magnitude of maximum velocity of the SHM expressed by the equation...

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  7. The magnitude of maximum acceleration of the SHM expressed by the equa...

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  8. If the equation x=asinomegat represents a simple harmonic motion of a ...

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  9. The time period of the SHM expressed by the equation x=4sin4pitm is

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  10. If the displacement and the acceleration of a particle executing SHM a...

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  11. Which one of the following is not the equation of an SHM?

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  12. A particle executing SHM follows a straight path of length l. The ampl...

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  13. The phase difference between two SHM x=Bcosomegat andx=Asinomegat is

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  14. The amplitude of vibration of the SHM represented by the equation x=As...

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  15. The initial phase or epoch of the SHM represented by the equation x=As...

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  16. The SHM executed by a particle of mass 2 kg is represented by the equa...

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  17. A particle is executing SHM with frequency a. The frequency of the var...

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  18. The distance between the positions of maximum potential energy and max...

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  19. If the amplitude of an SHM is A, then for what position of the particl...

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  20. Kinetic energy and potential energy of a simple harmonic motions are K...

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