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Define the term period of oscillation....

Define the term period of oscillation.

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The smallest interval of time after which the motion of the particle is repeated is called the period of oscillation. The time taken for one complete to the fro motion of a particle is known as the period of oscillation.
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SUBHASH PUBLICATION-OSCILLATIONS-NUMERICALS WITH SOLUTIONS
  1. Define the term period of oscillation.

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  2. Calculate total energy of a particle of mass 2.0xx10^(-3)kg oscillatin...

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  3. If a mass of 2.0 kg is attached to one end of a spring and the spring ...

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  4. Calculate the period of a simple pendulum of length 0.98 m at a place ...

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  5. For a damped oscillation of a particle, show that time taken for the a...

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  6. Give the expression for frequency of oscillation of a mass body as sho...

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  7. Calculate the time taken for particele energy to drop to half its init...

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  8. The displacement equation of a particle executing S.H.M is given by y...

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  9. The acceleration of a particle executing SHM is 0.10 ms^(-2) at a dist...

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  10. In a simple pendulum, the displacement of the bob is half of the ampli...

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  11. Calculate the time period of a body executing SHM whose displacement i...

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  12. If T(1) and T(2) are the time of oscillations for two springs of const...

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  13. Two spring of spring constants 10Nm^(-1) and 20 Nm^(-1) are connected ...

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  14. A small pole of density 0.75 g/cc and height 5 cm is placed in water s...

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  15. Calculate the period of oscillation of a body falling freely inside th...

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  16. Show that y=sin^(2)omegat does not represent simple harmonic but perio...

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  17. A harmonic osillator is represented by y=0.5cos (1500pi t+0.8) where '...

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  18. A harmonic osillator is represented by y=0.5cos (1500pi t+0.8) where '...

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  19. A harmonic osillator is represented by y=0.5cos (1500pi t+0.8) where '...

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  20. A harmonic osillator is represented by y=0.5cos (1500pi t+0.8) where '...

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  21. A harmonic osillator is represented by y=0.5cos (1500pi t+0.8) where '...

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