he densities of ice and liquid water at 1 atm (101,325 N/m2) and 0°C (273 K) are 0.917 g/c.c. (0.917 x IO3 kg/m3) and 0.9998 g/c.c. (0.9998 xio3 respectively. The heat of fusion of water is 80 cal/g (334.72 x 10 J/kg). o Calculate the melting point of ice at 0.5 atm (50,662.5 N/m ) and 101 atm (102,338 X IO2 N/m2).

18 gm of ice is converted into water at 0°C and 1 atm. The entropies of  and  are 38.2 and 60 J/mol K respectively. The enthalpy change for this conversion is :

Mercury melts at -38.87°C (234.13 K) at 1 atm (101,325 N/m2) pressure. The densities of liquid and solid mercury are 13.69 g/c.c. (13.69 x IO3 kg/m3) 33 and 14.19 g/c.c. (14.19 x 10 kg/m ) respectively at the normal melting point. 7 The heat of fusion of mercury is 2.33 cal/g (9.75 x 10 J/kg). Calcu

The densities of liquid and solid bismuth are 10.0 g/c.c. (10x10 kg/m ) and 9.673 g/c.c. (9.673 x IO3 kg/m3) respectively at the normal melting point 270°C (543 K). The heat of fusion is 2.633 kcal/mole (11.02 kJ/mol). Calculate the melting point of bismuth under a pressure of 100 atm (101,325 x 22 10 N/m ) . Atomic weight of bismuth is 209.

The specific heat of ice is 2.10 kJ/kg °C, the heat of fusion for ice at 0 °C is 333.7 kJ/kg, the specific heat of water 4.186 kJ/kg °C, and the heat of vaporization of water at 100 °C is 2,256 kJ/kg. What is the final equilibrium temperature when 5.00 grams of ice at −15.0 °C is mixed with 40.0 grams of water at 75.0 °C?

50 g of ice at 0°C is added to 300 g of a liquid at 30°C. What will be the finaltemperature of the mixture when all the ice has melted? The specific heat capacity ofthe liquid is 265Jg-1°C-1 while that of water is 4 2 Jg-1°C-1.Specific latent heat of fusion of ice =336Jg-1 .[2]