The Earth has mass ME and average radius RE. The Moon has mass MM and the average distance from the center of mass of the moon to the center of mass of the Earth is DM. For this problem use the following constants. Mass of the Earth: 5.97E24 kg Mass of the Moon: 7.35E22 kg Radius of the Earth: 6,371 km Calculate for the distance DS in meters that the Moon would have to be from the Earth so that the Moon’s moment of inertia IM about the Earth is equal to the moment of inertia IE of the Earth on its axis.

The Earth has mass ME and average radius RE. The Moon has mass MM and the average distance from the center of mass of the moon to the center of mass of the Earth is DM. For this problem use the following constants. Mass of the Earth: 5.97E24 kg Mass of the Moon: 7.35E22 kg Radius of the Earth: 6,371 km Calculate for the distance DS in meters that the Moon would have to be from the Earth so that the Moon’s moment of inertia IM about the Earth is equal to the moment of inertia IE of the Earth on its axis.

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The Earth has mass M_E and average radius R_E. The Moon has mass M_M and the average distance from the center of mass of the moon to the center of mass of the Earth is D_M. For this problem use the following constants.

Mass of the Earth: 5.97E24 kg
Mass of the Moon: 7.35E22 kg
Radius of the Earth: 6,371 km

Calculate for the distance D_S in meters that the Moon would have to be from the Earth so that the Moon’s moment of inertia I_M about the Earth is equal to the moment of inertia I_E of the Earth on its axis.

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