Question: we derived the satellite equations by equating two quantities, the force of gravity and the mass of the satellite times its acceleration in a circular
we derived the satellite equations by equating two quantities, the force of gravity and the mass of the satellite times its acceleration in a circular orbit. Write down that equation. c) One arrangement of that equation allows you to calculate the velocity of a satellite as a function of the mass of the object it goes around and the radius of its orbit. Which equation is that? Use that equation to calculate the velocity of a satellite that goes around the earth in an orbit of radius 2000 km. Then use the same equation to calculate the velocity of the same satellite going around the moon in an orbit of 2000 km. The moon's mass is 7.2428x1022 kg.
1. Use that equation to calculate the radius of the orbit of a satellite going around the earth at 3 km/s and going around the moon at the same velocity.
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