Question: Three identical 5.6 kg spheres are located at 3 of the 4 corners (top left, top right, and bottom right) of a square whose sides are 2.8 m in length. How much work must be done on the gravitational field produced by the spheres in order to remove the top right sphere (place it at infinity)? Assume that the 2 spheres that are left behind (top left, bottom right) remain located on opposite corners of the square. A) 1.50 x 10-9 J B) 5.34 x 10-10 J C) 1.89 x 10-10 J D) 2.67 x 10-10 J E) 5.29 x 10-10 J OA Oc OD OE

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Chapter11: Gravity, Planetary Orbits, And The Hydrogen Atom
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Question: Three identical 5.6 kg spheres are located at 3 of the 4 corners (top left, top right,
and bottom right) of a square whose sides are 2.8 m in length. How much work must be done on
the gravitational field produced by the spheres in order to remove the top right sphere (place it at
infinity)? Assume that the 2 spheres that are left behind (top left, bottom right) remain located
on opposite corners of the square.
A) 1.50 x 10-9 J
B) 5.34 x 10-10 J
C) 1.89 x 10-10 J
D) 2.67 x 10-10 J
E) 5.29 x 10-10 J
OA
E
B.
C.
Transcribed Image Text:Question: Three identical 5.6 kg spheres are located at 3 of the 4 corners (top left, top right, and bottom right) of a square whose sides are 2.8 m in length. How much work must be done on the gravitational field produced by the spheres in order to remove the top right sphere (place it at infinity)? Assume that the 2 spheres that are left behind (top left, bottom right) remain located on opposite corners of the square. A) 1.50 x 10-9 J B) 5.34 x 10-10 J C) 1.89 x 10-10 J D) 2.67 x 10-10 J E) 5.29 x 10-10 J OA E B. C.
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