If the intermolecular forces are removed,what | vedclass

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(A) When intermolecular forces are removed,water behaves as an ideal gas.At $STP$,the volume of $1 \ mole$ of an ideal gas is $22.4 \ L$.The molar mas

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$5.6 \ m^3$

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(A) When intermolecular forces are removed,water behaves as an ideal gas.At $STP$,the volume of $1 \ mole$ of an ideal gas is $22.4 \ L$.The molar mass of water $(H_2O)$ is $18 \ g/mol = 0.018 \ kg/mol$.The number of moles in $4.5 \ kg$ of water is $n = \frac{4.5 \ kg}{0.018 \ kg/mol} = 250 \ moles$.The volume $V$ at $STP$ is given by $V = n 	imes 22.4 \ L/mol$.$V = 250 	imes 22.4 \ L = 5600 \ L$.Since $1000 \ L = 1 \ m^3$,the volume is $V = 5.6 \ m^3$.

If the intermolecular forces are removed,what will be the volume of $4.5 \ kg$ of water at standard temperature and pressure $(STP)$?

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