The earth has a mass of 6.0x1024 kg, and an approximately circular orbital distance of 1.5x1011 m. The angular momentum of the Earth about the sun is equal to 2.7x10___ N m^s. (Give the exponent.) Hint 1) Find the velocity of the Earth and use that in the equation of the angular momentum of a point mass: L = r m v sin φ. 2) Find angular velocity of Earth and multiply that by the rotational inertia for a point mass: I=MR2.

The earth has a mass of 6.0x1024 kg, and an approximately circular orbital distance of 1.5x1011 m. The angular momentum of the Earth about the sun is equal to 2.7x10___ N m^s. (Give the exponent.) Hint 1) Find the velocity of the Earth and use that in the equation of the angular momentum of a point mass: L = r m v sin φ. 2) Find angular velocity of Earth and multiply that by the rotational inertia for a point mass: I=MR2.

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Subject:- Advance physics
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