A synchronous satellite should be at a proper height moving

From West to East in equatorial plane

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From South to North in polar plane

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From East to West in equatorial plane

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From North to South in polar plane

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Solution

The correct option is A From West to East in equatorial plane
For the satellite to be 'synchronous' with the Earth, its period of revolution should be equal to Earth's rotation. For this, the satellite has to revolve along the direction of Earth's rotation that is from West to East.

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A synchronous satellite should be at a proper height moving

The correct option is A From West to East in equatorial planeFor the satellite to be 'synchronous' with the Earth, its period of revolution should be equal to Earth's rotation. For this, the satellite has to revolve along the direction of Earth's rotation that is from West to East.

The correct option is A From West to East in equatorial plane
For the satellite to be 'synchronous' with the Earth, its period of revolution should be equal to Earth's rotation. For this, the satellite has to revolve along the direction of Earth's rotation that is from West to East.