Satellite Orbits – 14

14. The orbital period of a satellite is proportional to :
Where r = radius of the circular orbit of satellite

(a) r3
(b) r2
(c) r3/2
(d) r

Answer

Answer : (c)

Explanation

Explanation : No answer description available for this question. Let us discuss.

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Satellite Orbits - 23
Satellite Orbits » Exercise - 123. When r is the radius of circular orbit of a satellite, then orbital period of the satellite is proportional to : (a) r (b) r^3/2 (c) r^2 (d) r^3
Tags: satellite, orbits, exercise, radius, circular, orbit, orbital, period, proportional, communication
Introduction To Satellite Communication - 40
Introduction to Satellite Communication » Exercise - 140. The radius of the Earth is : (a) 2000 km (b) 4000 km (c) 6372 km (d) 8040 km
Tags: satellite, communication, exercise, radius, engineering
Satellite Orbits - 20
Satellite Orbits » Exercise - 120. For a satellite with time period of 2 hours, the height above the surface must be : (a) 500 km (b) 1000 km (c) 2000 km (d) 3000 km
Tags: satellite, orbits, exercise, period, communication, engineering
Satellite Orbits - 5
Satellite Orbits » Exercise - 15. For a satellite with time period of 2 hours, the height above the surface must be : (a) 1000 km (b) 2000 km (c) 3000 km (d) 4000 km
Tags: satellite, orbits, exercise, period, communication, engineering
Satellite Orbits - 4
Satellite Orbits » Exercise - 14. If a satellite is orbiting at a height of h km from the surface of the earth, then its radius of orbit will be : (a) 2 h (b) h + 6372 km (c) h – 6372 km (d) 6 + 2 x 6372 km
Tags: satellite, orbits, exercise, radius, orbit, communication, engineering

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