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The time period of oscillation of a part...

The time period of oscillation of a particle that executes `SHM` is `1.2s`. The time starting from mean position at which its velocity will be half of its velocity at mean position is

A

0.1 s

B

0.2 s

C

0.4 s

D

0.6 s

Text Solution

Verified by Experts

The correct Answer is:
A

from extreme position `y = A cos omega t`
`V = (dy)/(dt) = A omega xx - sin omega t`
`(A omega)/(2)=A omega sin omega t`
`(2pi)/(T) xx t = (pi)/(6) rArr t = (T)/(12) = 0.1 s`
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NARAYNA-OSCILLATIONS-EXERCISE - I (C.W)
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  2. Which of the following equation does not represent a simple harmonic m...

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  3. The time period of oscillation of a particle that executes SHM is 1.2s...

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  4. For a body in SHM the velocity is given by the relation V = sqrt(144-1...

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  5. The maximum velocity a particle, executing simple harmonic motion with...

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  6. A particle executing SHM has amplitude of 1m and time period pi sec. V...

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  7. The amplitude and time period of a aprticle of mass 0.1kg executing si...

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  8. A simple harmonic oscillator is of mass 0.100 kg. It is oscillating wi...

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  9. A body executing SHM has a maximum velocity of 1ms^(-1) and a maximum ...

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  10. The velocity of a particle in SHM at the instant when it is 0.6cm away...

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  11. The equation of motion of a particle started at t=0 is given by x=5sin...

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  12. A particle executes simple harmonic motion with a period of 16s. At ti...

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  13. A particle is moving in a circel of radius R = 1m with constant speed ...

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  14. A particle performing SHM having amplitude 'a' possesses velocity ((3)...

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  15. A body executes SHM has its velocity 10cm//s and 7cm//s when its displ...

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  16. A body is executing simple harmonic motion with an angular frequency s...

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  18. Two particles P and Q start from origin and execute simple harmonic mo...

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  19. The length of a pendulum changes from 1m to 1.21m. The percentage chan...

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