In order to escape a planet's orbit, an object must
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Expert's answer
2011-01-25T08:54:34-0500
The object must have the velocity at which the sum of kinetic and its gravitational potential energy is equal to zero (escape velocity). Thus mv2/2 - G mM/R = 0, where G - is gravitational constant, M - the mass of the planet, R - is the orbit of the moving object, m - is the mass of the object.
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