Question 1 (35 pts) Consider the following gas phase reaction in a reactor. Hydrogen (H2(a)) is reacting with oxygen (O2ip) to produce H2Oigl : H2(q)+(1/2)O2(p)H2O(q) The reactor is fed hydrogen (H2(i) ), oxygen (O2(g)) and nitrogen (N2g2) at 100.0C. The outlet gas stream from the reactor is at a temperature Toutlet. Use Toutlet given in the following table according to the first letter of your FIRST NAME: Flow rates of the species at the reactor inlet and outlet are given in the enthalpy table below. The process is continuous and at steady state. The pressure is 1atm absolute throughout the process. Enthalpy Table: Show your calculations explicitly. (a) Calculate the percent (\%) conversion of H2. (b) Calculate the extent of reaction. (c) For the reaction written above, calculate the standard heat of the reaction (k.J/mol). Ar using tabulated heats of formation data. (d) Calculate the required heat transfer rate (kW) using the heat of teaction method. As a part of your solution, determine the unknown enthalples (H^1,H^2,H^3,H^4,H^5n. A6 ) in the enthalpy table. Specity the reference states for the enthalpies