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Represent graphically the variations of ...

Represent graphically the variations of potential energy, kinetic energy and total energy as a function of position 'y' for a simple harmonic oscillator. Explain the graph.

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MAXIMUM PUBLICATION-OSCILLATION-EXERCISE
  1. Under what conditions for the amplitude, are the oscillations of the p...

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  2. A simple pendulum is an object suspended by a weightless and inextensi...

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  3. Represent graphically the variations of potential energy, kinetic ener...

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  4. The amplitude of oscillation of a harmonic oscillator oscillating in a...

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  5. Say True or False: Greater the mass of the pendulum bob shorter is its...

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  6. What do you mean by simple harmonic motion?

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  7. The motions that repeat themselves are called periodic motions but for...

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  8. Oscillations of a loaded spring are simple harmonic motion. A body osc...

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  9. Represent Simple Harmonic Motion graphically.

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  10. Write the differential equation representing Simple Harmonic Motion.

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  11. Name two examples for simple harmonic motion.

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  12. A spring having spring constant 1200 Nm^(-1) is mounted on a horizonta...

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  13. A spring having spring constant 1200 Nm^(-1) is mounted on a horizonta...

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  14. What do you mean by a seconds pendulum?

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  15. Time period of a particle in SHM is T=2pisqrt(m/k). A simple pendulum ...

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  16. What is the frequency of oscillation of a simple pendulum mounted in a...

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  17. Which one of the following examples closely represents SHM? Substantia...

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  18. A vibrating simple pendulum of period T is placed in a lift which is a...

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  19. The motion represented by the equation y(t)=A cos(omegat+phi) is calle...

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  20. What do you mean by simple harmonic motion?

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