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In S.H.M. the restoring force is proport...

In S.H.M. the restoring force is proportional to _____ and acts ______ to it.

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MBD PUBLICATION-OSCILLATIONS -Question Bank
  1. A motion which repeats itself after a definite interval of time is cal...

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  2. All oscillatory motions are periodic but periodic motions are not .

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  3. In S.H.M. the restoring force is proportional to and acts to it.

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  4. The equations of S.H.M. is represented by (d^2y)/dt^2=

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  5. The equation for displacement of S.H.M. is given by Y=AX

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  6. The velocity in S.H.M. is given by v=omegasqrt-.

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  7. Displacement and acceleration are at mean position.

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  8. Displacement and acceleration are at extreme position.

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  9. The frequency n of a body executing S.H.M. is the number of complete o...

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  10. Time period of a body vibrating in S.H.M. is of it's displacement.

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  11. A pendulum beats seconds. It's time period is second.

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  12. Total energy of a particle vibrating in S.H.M. is proportional to the ...

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  13. Resonance is a special case of vibrations.

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  14. Distinguish between periodic motion and vibratory motion. Give one exa...

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  15. Define time period and frequency. Deduce the relation between them.

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  16. Define angular velocity and period of a body executing S.H.M. Establis...

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  17. Show analytically that in S.H.M. the acceleration is zero when the vel...

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  18. How does the time period of a pendulum change when it is taken from eq...

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  19. How does the time period of a simple pendulum change as it moved from...

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  20. A highly elastic ball bouncing on a hard floor has a motion that is ap...

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