Question

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Derive the expression for orbital speed of satelliter period of satellite around the earth?
⭐give proper answer with explain
⭐give me a funny nick name

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Answer 1

Answer:

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Explanation:

Orbital velocity of a satellite is the velocity required to put the satellite into its orbit around the earth. Let m = mass of the satellite h = height of the circular orbit from the earth's surface R = Radius of the earth Me = Mass of the earth v = Orbital velocity of the satellite Thus, the radius of the satellite's orbit = R + h

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Answer 2

Answer:

The expression for orbital velocity is √g( R+h) = √gr. Orbital velocity is the velocity needed to balance the pull of gravity on the satellite with the inertia of the motion of the satellite, the tendency of the satellite to continue.

Explanation:

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