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[" If "u(rms)" of a gas is "30R^(1/2)ms^...

[" If "u_(rms)" of a gas is "30R^(1/2)ms^(-1)" at "27^(@)C],[" then the molar mass of gas is: "]

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If U_("RMS") of a gas is 30 R^(1//2) ms^(-1) [ at 27°C then the molar mass of gas is ]

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If the v_("rms") is 30R^(1//2) at 27^(@)C , then calculate the molar mass of the gas in kilogram

The u_(rms) of a gas at 300K is 3R^(1//2) The molar mass of the gas in kg mo1^(-1) is .

The density of a gas was found to be 2.92gl^-1 at 27^@C and 2.0 atm. Calculate the molar mass of the gas.