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What will be the amplitude of simple har...

What will be the amplitude of simple harmonic motion at resonance in the absence of damping force?

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SUBHASH PUBLICATION-OSCILLATIONS-NUMERICALS WITH SOLUTIONS
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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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