A heat exchanger is used to transfer heat from a steam stream to a chlorine gas stream. 100 kg of steam at 1 bar and 250 C enters the heat exchanger and leaves the exchanger as saturated steam at 1 bar. Chlorine gas enters the exchanger at 1 bar and 33.0 C and leaves the exchanger at 140.0 C. Assume the heat exchanger is adiabatic. What is the specific enthalpy of the inlet steam stream? (Use liquid water at 0.01 C as a reference state.) g = 2974.01 kJ/kg What is the specific enthalpy of the outlet steam stream? (Use the same reference state.) % = 2675.27 kJ/kg What is the specific enthalpy of the inlet chlorine gas stream? (Use chlorine gas at 1 bar and 33.0 C as a reference state.) ci = 0 kJ/mol What is the specific enthalpy of the outlet chlorine gas stream? (Use chlorine gas at 1 bar and 33.0 C as a reference state.) CO = 3.7078 kJ/mol How many moles of chlorine gas enter the heat exchanger? 8676.987 ne = mol Incorrect What is the ratio of the volume of inlet steam to the volume of inlet chlorine gas? Use the ideal gas law to calculate the volume of chlorine entering the process. 1.09 volume of inlet steam volume of inlet chlorine gas Incorrect How much heat is transferred from the steam stream per cubic meter of chlorine gas? 135.33 Q= kJ/m Incorrect