Physics, asked by sabnambegum1738, 4 days ago

A gas of mass 1.6 g, kept at 760mm Hg pressure and 273K temperature, occupies a volume of 1.12 l . Determine the molar mass of the gas and its vapour density with respect to hydrogen.

Answers

Answered by kumudkalrabajaj

Answer:

At STP, volume occupied by 1 mole of gas is 22. 4 l and therefore, volume occupied by 0.5 moles (11.2 g) of gas will be 11.

Answered by abhinaysonar

Explanation:

A gas of mass 1.6 g, kept at 760mm Hg pressure and 273K temperature, occupies a volume of 1.12 l . Determine the molar mass of the gas and its vapour density with respect to hydrogen.

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A gas of mass 1.6 g, kept at 760mm Hg pressure and 273K temperature, occupies a volume of 1.12 l . Determine the molar mass of the gas and its vapour density with respect to hydrogen.​

Answers

A gas of mass 1.6 g, kept at 760mm Hg pressure and 273K temperature, occupies a volume of 1.12 l . Determine the molar mass of the gas and its vapour density with respect to hydrogen.