GEOSTATIONARY ANDPOLAR SATELLITES
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Gravitation

270475 The orbit of geo-stationary satellite is circular, the time period of satellite depends on (2008 E)

1 mass of the Earth
2 radius of the orbit
3 height of the satellite from the surface of Earth
4 all the above
Gravitation

270476 Polar satellites go round the poles of earth in

1 South-east direction
2 north-west direction
3 east-west direction
4 north-south direction
Gravitation

270477 A geo-stationary satellite has an orbital period of

1 2 hours
2 6 hours
3 24 hours
4 12 hours
Gravitation

270478 The time period of revolution of geo-stationary satellite with respect to earth is

1 24 hrs
2 1 year
3 Infinity
4 Zero
Gravitation

270479 A synchronous satellite should be at a proper height moving

1 From West to East in equatorial plane
2 From South to North in polar plane
3 From East to West in equatorial plane
4 From North to South in polar plane
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Gravitation

270475 The orbit of geo-stationary satellite is circular, the time period of satellite depends on (2008 E)

1 mass of the Earth
2 radius of the orbit
3 height of the satellite from the surface of Earth
4 all the above
Gravitation

270476 Polar satellites go round the poles of earth in

1 South-east direction
2 north-west direction
3 east-west direction
4 north-south direction
Gravitation

270477 A geo-stationary satellite has an orbital period of

1 2 hours
2 6 hours
3 24 hours
4 12 hours
Gravitation

270478 The time period of revolution of geo-stationary satellite with respect to earth is

1 24 hrs
2 1 year
3 Infinity
4 Zero
Gravitation

270479 A synchronous satellite should be at a proper height moving

1 From West to East in equatorial plane
2 From South to North in polar plane
3 From East to West in equatorial plane
4 From North to South in polar plane
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Gravitation

270475 The orbit of geo-stationary satellite is circular, the time period of satellite depends on (2008 E)

1 mass of the Earth
2 radius of the orbit
3 height of the satellite from the surface of Earth
4 all the above
Gravitation

270476 Polar satellites go round the poles of earth in

1 South-east direction
2 north-west direction
3 east-west direction
4 north-south direction
Gravitation

270477 A geo-stationary satellite has an orbital period of

1 2 hours
2 6 hours
3 24 hours
4 12 hours
Gravitation

270478 The time period of revolution of geo-stationary satellite with respect to earth is

1 24 hrs
2 1 year
3 Infinity
4 Zero
Gravitation

270479 A synchronous satellite should be at a proper height moving

1 From West to East in equatorial plane
2 From South to North in polar plane
3 From East to West in equatorial plane
4 From North to South in polar plane
For More Updates join with Us
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Gravitation

270475 The orbit of geo-stationary satellite is circular, the time period of satellite depends on (2008 E)

1 mass of the Earth
2 radius of the orbit
3 height of the satellite from the surface of Earth
4 all the above
Gravitation

270476 Polar satellites go round the poles of earth in

1 South-east direction
2 north-west direction
3 east-west direction
4 north-south direction
Gravitation

270477 A geo-stationary satellite has an orbital period of

1 2 hours
2 6 hours
3 24 hours
4 12 hours
Gravitation

270478 The time period of revolution of geo-stationary satellite with respect to earth is

1 24 hrs
2 1 year
3 Infinity
4 Zero
Gravitation

270479 A synchronous satellite should be at a proper height moving

1 From West to East in equatorial plane
2 From South to North in polar plane
3 From East to West in equatorial plane
4 From North to South in polar plane
NEET DIGITAL LIBRARY
Gravitation

270475 The orbit of geo-stationary satellite is circular, the time period of satellite depends on (2008 E)

1 mass of the Earth
2 radius of the orbit
3 height of the satellite from the surface of Earth
4 all the above
Gravitation

270476 Polar satellites go round the poles of earth in

1 South-east direction
2 north-west direction
3 east-west direction
4 north-south direction
Gravitation

270477 A geo-stationary satellite has an orbital period of

1 2 hours
2 6 hours
3 24 hours
4 12 hours
Gravitation

270478 The time period of revolution of geo-stationary satellite with respect to earth is

1 24 hrs
2 1 year
3 Infinity
4 Zero
Gravitation

270479 A synchronous satellite should be at a proper height moving

1 From West to East in equatorial plane
2 From South to North in polar plane
3 From East to West in equatorial plane
4 From North to South in polar plane