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The orbit is circular and one revolution around earth takes 10 5 days.
Two satellites are in circular orbits around the earth the distance from satellite 1. The semi synchronous orbit and the molniya orbit. A satellite in a large diameter circular orbit will always have a longer period of revolution about the earth than will a satellite in a smaller circular orbit two objects are travelling in circular orbits. Closer to the earth satellites in a medium earth orbit move more quickly. The ratio of periods of revolutions of two satellites orbiting around the earth in circular orbits of same radius and masses in the ratio 5 1 is 1 1.
Since time period is independent of mass of satellite the time periods of both satellites will be equal. The distance from satellite 1 to earth s center is r1 and the distance from satellite 2 to earth s center is r2. The semi synchronous orbit is a near circular orbit low eccentricity 26 560 kilometers from the center of the earth about 20 200 kilometers above the surface. Two artificial satellites 1 and 2 orbit the earth in circular orbits having radii r1 and r2.
M mass of earth. Two medium earth orbits are notable. High school physics two satellites are in a circular orbit around the earth. Astrophysics general relativity relativistic orbits.
Therefore the ratio of time periods will be 1 1. Two satellites are in the parking orbits around the earth. Therefore option b is correct. Physics q a library two satellites are in circular orbits around the earth.
The orbit for satellite a is at a height of 539 km above the earth s surface while that for satellite b is at a height of 876 km. How do you find the orbital speed for satellite a and satellite b. G universal gravitational constant. The ratio of their periods of revolution is 1.
In a computer simulation a satellite orbits around earth at a distance from the earth s surface of 2 1 x 104 miles. The gravitational force between earth mass m radius r and a satellite of mass m at a distance h from the surface of the earth is given by. Mass of one is 10 times that of the other. Assuming the radius of the earth is 3960.
Satellite a is at an altitude equal to the earth s radius while satellite b is at an altitude equal to three times the earth s radius.
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