2. Two identical stars with radius R and mass M, orbits around their center of mass. The orbit is circular, and the stars are always on the opposite side of the circle. (c) How much energy would be needed to separate the two stars to the infinity?

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Chapter34: Frontiers Of Physics
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Problem 16PE: Show that the velocity of a star orbiting its galaxy in a circular orbit is inversely proportional...
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2. Two identical stars with radius R and mass M, orbits around their center of mass. The orbit
is circular, and the stars are always on the opposite side of the circle.
(c)
How much energy would be needed to separate the two stars to the infinity?
Transcribed Image Text:2. Two identical stars with radius R and mass M, orbits around their center of mass. The orbit is circular, and the stars are always on the opposite side of the circle. (c) How much energy would be needed to separate the two stars to the infinity?
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