Question
If the intermolecular forces vanish then what will be the volume occupied by 1 kg of H2O at N.T.P?
Solution
Mass of H2O = 1 kg
Volume occupied = ?
If the intermolecular force vanishes, water in liquid form will change it's state to gas.
Number of moles in 1kg of water is given by,
1.2479 m3 is the required volume occupied by 1 kg of H2O at NTP.
Volume occupied = ?
If the intermolecular force vanishes, water in liquid form will change it's state to gas.
Number of moles in 1kg of water is given by,
1.2479 m3 is the required volume occupied by 1 kg of H2O at NTP.
