The vapor pressure of water at `80^(@)C` is `355` torr. A `100 ml` vessel contained water-saturated oxygen `80^(@)C`, the total gas pressure being `760` torr. The contents of the vessel were pumped into a `50.0m` vessel at the same temperature. What were the partial pressure of oxygen and of water vapor, with was the total pressure in the final equilibrated state? Neglect the volume of any water which condense.

The vapour pressure of water at 80^(@)C is 355 torr. A 100 ml vessel contains water-saturated oxygen at 80^(@)C , the total gas pressure being 760 torr. The contents of the vessel were pumped into a 50.0 ml vessel at the same temperature. What were the partial pressures of oxygen and of water vapour, what was the total pressure in the final equilibrated state? Neglect the volume of any water which might condense.

The vapour pressure of water at 80^(@)C is 355 mm of Hg. 1 L vessel contains O_(2) at 80^(@)C , which is saturated with water and the total pressure being 760 mm of Hg. The contents of the vessel were pumped into 0.3 L vessel at the same temperature. What is the partial presure of O_(2) ?

The vapour pressure of water at 80^(@)C is 355 mm of Hg. 1 L vessel contains O_(2) at 80^(@)C , which is saturated with water and the total pressure being 760 mm of Hg. The contents of the vessel were pumped into 0.3 L vessel at the same temperature. What is the partial presure of O_(2) ?

The vapour pressure of water at 80^(@)C is 355 mm of Hg. 1 L vessel contains O_(2) at 80^(@)C , which is saturated with water and the total pressure being 760 mm of Hg. The contents of the vessel were pumped into 0.3 L vessel at the same temperature. What is the partial presure of O_(2) ?