Following from Question 1, compare the angular momentum of the rotation of the moon about the earth to the angular momentum associated with the rotation of the moon and the angular momentum associated with the rotation of the earth. You can assume that the moon has a rotational period equal to its orbit time, the earth has a mass of 6x 10 kg, the moon has a radius of 1740 km, the earth has a radius of 6370 km and that the moment of inertia of both bodies is given by 2/5-MR².
Following from Question 1, compare the angular momentum of the rotation of the moon about the earth to the angular momentum associated with the rotation of the moon and the angular momentum associated with the rotation of the earth. You can assume that the moon has a rotational period equal to its orbit time, the earth has a mass of 6x 10 kg, the moon has a radius of 1740 km, the earth has a radius of 6370 km and that the moment of inertia of both bodies is given by 2/5-MR².
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Transcribed Image Text:Question #2
Following from Question 1, compare the angular momentum of the rotation of the moon about the earth to
the angular momentum associated with the rotation of the moon and the angular momentum associated
with the rotation of the earth. You can assume that the moon has a rotational period equal to its orbit time,
the earth has a mass of 6 x 1024 kg, the moon has a radius of 1740 km, the earth has a radius of 6370 km and
that the moment of inertia of both bodies is given by 2/5XMR².
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