A close container of volume `0.02 m^(3)` contains a mixture of neon and another gas A of unknown molecular mass. The container contains 4 g of Neon and 24 g of gas A. At a temperature of `27^(@)C` the pressure of the mixture is `105 N//m^(2)`. Is there any possibility of finding gas A in the atmosphere of a planet of radius 600 km and mean density `r = 5 x× 103 kg//m^(3)` ? Temperature of the planet is `2200^(@)C`. Molar molecular mass of neon = 20 g, Gas constant `R = 8.314 "J mol"^(–1) K^(–1)` Gravitational constant `G = 6.67 x× 10^(–11) N m^(2) kg^(–2)`

A close container of volume `0.02 m^(3)` contains a mixture of neon an

1.	A close container of volume `0.02 m^(3)` contains a mixture of neon and another gas A of unknown molecular mass. The container contains 4 g of Neon and 24 g of gas A. At a temperature of `27^(@)C` the pressure of the mixture is `105 N//m^(2)`. Is there any possibility of finding gas A in the atmosphere of a planet of radius 600 km and mean density `r = 5 x× 103 kg//m^(3)` ? Temperature of the planet is `2200^(@)C`. Molar molecular mass of neon = 20 g, Gas constant `R = 8.314 "J mol"^(–1) K^(–1)` Gravitational constant `G = 6.67 x× 10^(–11) N m^(2) kg^(–2)`
Answer» Correct Answer - No

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