Consider a reactor for steam reforming natural gas (a mixture of methane and ethane gas). Suppose that this specific reactor yields just carbon monoxide (no carbon dioxide). You will examine this process with Aspen! Specifically, doitat 517 K and 4.23 atm. Besides, make sure you incorporate relevant screenshots of your Aspen file in your submission. a. Present the two stoichiometric reactions which occur in the reactor. b. Suppose that the inlet has a molar flowrate of 52 kmol/hr, together with molar fractions 0f 0.27 methane and 0.08 ethane (the rest is water). Determine the molar flowrate of the outlet, together with its molar fractions, if each reaction achieves perfect conversion. c. Suppose that the inlet has a mass flowrate of 1.44 kg/min, together with mass fractions of 0.16 methane and 0.13 ethane, as well as 0of0.04 carbon monoxide and 0.01 hydrogen (the rest is water). Determine the mass flowrate of the outlet, together with its mass fractions, if the methane reaction achieves 0.81 fractional conversion, and the ethane reaction achieves 0.64 fractional conversion. d. If you repeat both of these calculations at 413 K and 5.27 atm, how will your findings be different in Aspen? Briefly explain your reasoning