How many hours is the periodic time of revolution around the earth of the communication satellite INSAT II B ?

Time period of revolution of polar satellite is around

The time period of a geostationary satellite is

A body is orbitting around the earth at mean radius 9 times as great as the orbit of a geostationary satellite to how many days it will complete one revolution around the earth and what is its angular velocity ?

An earth satellite X is revolving around earth in an orbit whose radius is one - fourth the radius of orbit of a communication satellite . Time period of revolution of X is .

Consider the following statements in respect to an artifical satellite (1) It should revolve in an orbit which is concentric and coplanar with equatorial plane (2) It should be placed at an altitude of 3600 km from the earth (3) Its period of revolution around the earth should be 24 hours Which of the condition must be satisfied in order that it becomes a geostationary satellite

It is known that the time of revolution T of a satellite around the earth depends on the universal gravitational constant G, the mass of the earth M, and the radius of the circular orbit R. Obtain an expression for T using dimensional analysis.

In an orbit if the time of revolution of satellite is T , then PE is proportional to

STATEMENT 1 A metal sphere revolving around earth in a geostationary orbit can act as a communication satellite. STATEMENT-2 A weather forecast satellite must have a reception. transmission and amplification system

For a geostationary satellite orbiting around the earth identify the necessary condition.

What is a period of revolution of the earth satellite ? Ignore the height of satellite above the surface of the earth. Given, (i) the value of gravitational acceleration, g = 10 ms^(-2) (ii) radius of the earth, R_(g) =6400 km (take, pi = 3.14 )