The mass of a molecule of Krypton is 2.25 times the mass of a Hydrogen molecule. A mixture of equal masses of gas is enclosed in a vessel. Calculate at any constant temperature the ratio of the root-mean-square velocities of the molecules of Krypton and Hydrogen gases.

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Arun · Answer

Dear student I am getting my answer as ratio 2:3. hope it helps Regards Arun (askIITians forum expert)

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The mass of a molecule of Krypton is 2.25 times the mass of a Hydrogen molecule. A mixture of equal masses of gas is enclosed in a vessel. Calculate at any constant temperature the ratio of the root-mean-square velocities of the molecules of Krypton and Hydrogen gases.

The mass of a molecule of Krypton is 2.25 times the mass of a Hydrogen molecule. A mixture of equal masses of gas is enclosed in a vessel. Calculate at any constant temperature the ratio of the root-mean-square velocities of the molecules of Krypton and Hydrogen gases.

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The mass of a molecule of Krypton is 2.25 times the mass of a Hydrogen molecule. A mixture of equal masses of gas is enclosed in a vessel. Calculate at any constant temperature the ratio of the root-mean-square velocities of the molecules of Krypton and Hydrogen gases.

The mass of a molecule of Krypton is 2.25 times the mass of a Hydrogen molecule. A mixture of equal masses of gas is enclosed in a vessel. Calculate at any constant temperature the ratio of the root-mean-square velocities of the molecules of Krypton and Hydrogen gases.

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