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Acceleration -time graph of a particel e...

Acceleration -time graph of a particel executing `SHM` is as shown in fig. Then
(i) displacement of particle at `1` is -ve
(ii) velocity of particel at `2` is +ve
(iii) potential enegry of particel at `3` is maximum
(iv) speed of particel at `4` is decreasing.

A

only i, ii, are correct

B

only i,iii,iv are correct

C

only ii,iii,iv are correct

D

all are correct

Text Solution

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The correct Answer is:
D
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NARAYNA-OSCILLATIONS-C.U.Q
  1. A particle in SHM is located at different positions as shown below. Th...

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  2. Velocity -time graph of a particle executing SHM is as shown in fig. S...

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  3. Acceleration -time graph of a particel executing SHM is as shown in fi...

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  4. v-t graph of a particle in SHM is as shown is figure. Choose the wrong...

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  5. A particle executes simple harmonic motion with a frequency. (f). The ...

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  6. A body executing SHM has a total energy E. When its kinetic energy is ...

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  7. For a particle executing S.H.M., the kinetic energy K is given K = K(0...

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  8. A particle executes SHM with a time period T. The time period with whi...

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  9. In SHM at the equilibrium position (i) displacement is minimum (ii...

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  10. The amplitude of a simple harmonic oscillation is doubled. How does th...

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  11. A body executes simple harmonic motion. The potential energy (P.E), th...

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  12. The total energy of a particle executing simple garmonic motion is (x-...

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  13. The potential energy of a particle (U(x)) executing SHM is given by

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  14. For a particle executing SHM, the displacement x is given by x = A cos...

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  15. A particle is placed at the origin and a force F=Kx is acting on it (w...

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  16. If the potential energy of an oscillator is U =a +bx +cx^(2) +dx^(3), ...

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  17. The time period of a loaded spring on earth is 6s. On the surface of m...

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  18. T(1),T(2) are time periods of oscillation of a block when individually...

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  19. T(1),T(2) are time periods of oscillation of a block when individually...

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  20. A and B are two thin rubber bands, each of force constant k. Assuming ...

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