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Two satellites of earth S(1) and S(2) ar...

Two satellites of earth `S_(1)` and `S_(2)` are moving in the same orbit. The mass of `S_(1)` is four times the mass of `S_(2)`. Which one of the following statements is true?

A

The time period of `S_(1)` is four times that of `S_(2)`

B

The potential energies of earth and satellite in the two casses are equal

C

`S_(1)` and `S_(2)` are moving with the same speed

D

The kinetic energies of the two satellite are equal

Text Solution

Verified by Experts

The correct Answer is:
C

Speed is independent of mass of satellite
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CP SINGH-GRAVITATION-EXERCISE
  1. The period of a satellite moving in a circular orbit near the surface ...

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  2. The mean radius of the earth is R, its angular speed on its own axis i...

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  3. Two satellites of earth S(1) and S(2) are moving in the same orbit. Th...

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  4. If a satellite orbits as close to the earth's surface as possible,

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  5. In a satellite if the time of revolution is T, then kinetic energy is ...

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  6. To an astronaut is a spcaceship, the sky appears

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  7. A person sitting in a chair in a satellite feels weightless because

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  8. An astronaut orbiting the earth in a circular orbit 120km above the su...

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  9. A geostationary satellite should be launched such that it moves from

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  10. for a satellite to be geostationary, which of the following are essent...

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  11. For a satellite to orbit around the earth, which of the following must...

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  12. The additional kinetic energy to be provided to a satellite of mass m ...

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  13. A satellite close to the earth is in orbit above the equator with a pe...

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  14. A satellite orbits around the earth in a circular orbit with a speed u...

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  15. A satellite S is moving in an elliptical orbit around the earth. The m...

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  16. The escape Velocity from the earth is 11.2 Km//s. The escape Velocity ...

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  17. The kinetic energy needed to project a body of mass m from the eath su...

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  18. A body is orbiting very close to the earth surface kinetic energy K.E....

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  19. The escape velocity of a body from earth's surface is ve. The escape v...

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  20. The escape velocity for a body projected vertically upwards from the s...

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