Calculate the heat (in kJ) required to transform 67.10 g of nitric acid from a solid at a temperature of 42C to a gas at 118 C. Report your answer to one decimal place. Data: Molar mass of nitric acid, HNO , = 63.013 g/mol Melting point = -42C Boiling point = 83C. Enthalpy of fusion = 10,5 kJ/mol Enthalpy of vaporization = 39.1 kJ/mol. Heat capacity of the liquid phase = 109.9 J/mol.K Heat capacity of the gas phase= 53.4 J/mol.K. Make a plot of the heat transfer and temperature change for the system described in Question 5. Plot the temperature on the y axis and the heat added on the x-axis. Label the parts of the graph (solid melts, liquid is heated, etc.) Your graph will resemble Figure 11.39 in Tro, Fridgen and Shaw