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in Physics by (75.1k points)
A planet has radius `((1)/(36))` th of the radius of the earth. The escape velocity on the surface of the planet was found to be `(1)/(sqrt(6))` times the escape velocity from the surface of e earth. The planet is surrounded by a thin layer of atmosphere having thickness h (ltlt radius of the planet). The average density of the atmosphere on the planet is d and cceleration due to gravity on the surface of the earth is `g_(e)`. Find the value of atmospheric pressure on the surface of the planet.

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1 Answer

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by (67.6k points)
Correct Answer - 6 dgh

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