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A particle is executing a simple harmoni...

A particle is executing a simple harmonic motion. Its maximum acceleration is `alpha` and maximum velocity is `beta`. Then, its time period of vibration will be………

A

`(2pi beta)/(alpha)`

B

`(beta^2)/(alpha^2)`

C

`(alpha)/(beta)`

D

`(beta^2)/(alpha)`

Text Solution

Verified by Experts

The correct Answer is:
A

Maximum acceleration in SHM
`a_("max")= A omega^(2)`
`therefore alpha = A omega^(2)` and
Maximum velocity `v_("max")= A omega`
`therefore beta = A omega`
`therefore (a_("max"))/(v_("max"))= (A omega^(2))/(A omega)`
`(alpha)/(beta)= omega`
`therefore (alpha)/(beta)= (2pi)/(T)`
`therefore T= 2pi (beta)/(alpha)`.
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