A given mass of gas occupies `919.0` mL of dry state at N.T.P. The mass when collect over water at `15^(@)C` and `0.987 "bar"` pressure occupies one litre volume. Calculate the vapour pressure of water at `15^(@)C`.

A given mass of gas occupies 919.0 mL of dry state at N.T.P. The mass when collect over water at 15^(@)C and 0.987 "bar" pressure occupies one liter volume. Calculate the vapor pressure of water at 15^(@)C .

A dry gas occupies 127 mL at N.T.P. If the same mass of the gas is collected over water at 23^(@)C and a total pressure of 0.98 "bar" , what volume will it occupy ? The vapour pressure of water at 23^(@)C is 0.028 "bar" .

A dry gas occupies 127 mL at N.T.P. If the same mass of the gas is collected over water at 23^(@)C and a total pressure of 0.98 "bar" , what volume will it occupy ? The vapour pressure of water at 23^(@)C is 0.028 "bar" .

A certain quantity of gas occupies 50 mL when collected over water at 15^(@)C and 750 mm pressure. It occupies 45.95 mL in the dry state at NTP . Find the partial pressure of water vapour at 15^(@)C .

A certain quantity of gas occupies 50 mL when collected over water at 15^(@)C and 750 mm pressure. It occupies 45.95 mL in the dry state at NTP . Find the partial pressure of water vapour at 15^(@)C .

A certain quantity of a gas occupies 100ml when collected over water at 15°C and 750mm pressure. If it occupies 91.9ml in dry state at STP, the vapour pressure of water at 15°C is