A container consists of 1 mole of liquid...

A container consists of 1 mole of liquid water and 1 mole of `N_(2)(g)`, at a temperature of 300K. If aqueous tension of water at 300K is 38mm of Hg and the contaienr is fitted with a piston operating at 0.1321 atm then calculate volume occupied by `N_(2)` gas:
(R=0.0821atm L/molk)

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A container consists of 1 mole of liquid water and 1 mole of `N_(2)(g)`, at a temperature of 300K. If aqueous tension of water at 300K is 38mm of Hg and the contaienr is fitted with a piston operating at 0.1321 atm then calculate volume occupied by `N_(2)` gas: (R=0.0821atm L/molk)

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A container consists of 1 mole of liquid water and 1 mole of `N_(2)(g)`, at a temperature of 300K. If aqueous tension of water at 300K is 38mm of Hg and the contaienr is fitted with a piston operating at 0.1321 atm then calculate volume occupied by `N_(2)` gas:
(R=0.0821atm L/molk)