The minimum velocity of projection of a body to send it to infinity from the surface of a planet is 1/√6 times that is required from the surface of the earth. The radius of the planet is 1/36 times the radius of the earth. The planet is surrounded by an atmosphere which contains monatomic inert gas (γ=5/3) of constant density up to a height h(h<
The minimum velocity of projection of a body to send it to infinity from the surface of a planet is 1/√6 times that is required from the surface of the earth. The radius of the planet is 1/36 times the radius of the earth. The planet is surrounded by an atmosphere which contains monatomic inert gas (γ=5/3) of constant density up to a height h(h<
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The minimum velocity of projection of a body to send it to infinity from the surface of a planet is
1/√6
times that is required from the surface of the earth. The radius of the planet is
1/36
times the radius of the earth. The planet is surrounded by an atmosphere which contains monatomic inert gas
(γ=5/3)
of constant density up to a height
h(h<<radiusoftheplanet).
Find the velocity of sound on the surface of the planet in terms of
ge
the acceleration due to gravity on earth surface and h.
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