`3.06 L` of `H_(2)O` vapour is taken at a pressure of `1 atm` and `373 K` . It is now condensed to `H_(2)O(l)` at `300 K`. Calculate the approximate volume occupied by `H_(2)O(l) :`
( Assume density of liquid water at `300 K =1000 kg//m^(3))`

For a process H_(2)O(s) rarr H_(2)O(l) at 273 K

For a process H_(2)O(s) rarr H_(2)O(l) at 273 K

A mixture of 0.1 mol of Na_(2)O and 0.1 mol of BaO is dissolved in 1000 g of H_(2)O . Calculate the vapour pressure of solution at 373 K .

A mixture of 0.1 mol of Na_(2)O and 0.1 mol of BaO is dissolved in 1000 g of H_(2)O . Calculate the vapour pressure of solution at 373 K .

A mixture of 0.1 mol of Na_(2)O and 0.1 mol of BaO is dissolved in 1000 g of H_(2)O . Calculate the vapour pressure of solution at 373 K .

5 mole H_(2)O(l) at 373 K and 1 atm is converted into H_(2)O(g) at 373 K and 5 atm . DeltaG for this process is [Given: R = 2 cal/K-mol]

A certain vessel X has water and nitrogen gas at a total pressure of 2 atm and 300 K . All the contents of vessel and transferred to another vessel Y having half the capacity of the vessel X . The pressure of N_(2) in this vessel was 3.8 atm at 300 K . The vessel Y is heated to 320 K and the total pressure observed was 4.32 atm. Assume that the volume occupied by the gases in vessel is equal to the volume of the vessel. Calculate the following: Pressure of H_(2)O in X at 300 K .