The Jupiter’s period of revolution round the Sun is 12 times that of the Earth. Assuming the planetary orbits are circular, how many times the distance between the Jupiter and Sun exceeds that between the Earth and the sun.

The Jupiter's period of revolution around the Sun is 12 times that of the Earth. Assuming the planetary orbits to be circular, find: (a) how many times the distance between the Jupiter and the Sun exceeds that between the Earth and the Sun, (b) the velocity and the acceleration of Jupiter in the heliocentric reference frame.

The time of revolution of planet A round the sun is 8 times that of another planet B . The distance of planet A from the sun is how many times the distance of B from the sun

The period of revolution of a planet around the sun is 8 times that of the earth. If the mean distance of that planet from the sun is r, then mean distance of earth from the sun is

The period of revolution of planet A around the Sun is 8 times that of B. The distance of A from the Sun is how many times greater than that of B from the Sun.

The time of revolution of planet A round the sun is 8 times that of another planet B . The distance of planet A from the sun is how many B from the sun

The distance of the planet Jupiter from the Sun is 5.2 times that of the Earth. Find the period of Jupiter's revolution around the Sun.

The period of revolution of planet A round from the sun is 8 times that of B. The distance of A from the sun is how many times greater then tht of B from the sun ?