Find the increment of the ice melting temperature in the vicinity of `0 ^@C` when the pressure is increased by `Delta p = 1.00 atm`. The specific volume of ice exceeds that of water by `Delta V' = 0.091 cm^3//g`.

An ice which was initially under standard conditions was compressedup to the pressure p = 640 atm . Assuming the lowering of the ice melting temperature to be a linear function of pressure under the given conditions, find what fraction of the ice melted. The specific volume of water is less than of ice by Delta V' = 0.09 cm^3//g .

When 1 g of ice melts at 0^@C

Find the specific volume of saturated water vapour under standard pressure if a decrease of pressure by Delta = 3.2 kPa is known to decrease the water boiling temperature by Delta T = 0.9 K .

For reversible melting of ice at 0^(@)C and 1 atm. Pressure, the value of Delta G will be :-

For reversible melting of ice at 0^(@)C and 1 atm. Pressure, the value of Delta G will be :-