A reversible chemical reaction carries out isothermally as follows: A+3B2C Assume the feed mixture is 20%A and 80%B, and the reactor pressure is constant at 16.4atm. Assume ideal gas law is applicable. Gas constant is 0.0821dm3atm/molK. The equilibrium constant KC is given by: lnKC=A+B/T, where the constants A=27.462, and B=12618.T unit in Kelvin, and KC unit in dm6/mol2 1. Determine the equilibrium conversions at T=227C,T=400C and T=550C in a gas flow reactor at 16.4atm. 2. Then determine the equilibrium conversion for the gas flow reactor at 50atm and the same three temperatures. 3. Submit the following (Due Friday, Feb 17): - Handwritten work to produce equations used in PolyMath, including values needed in the equations (Turn in the paper next Friday) - Final answers for all temperatures and pressures - PolyMath codes for T=227C at 16.4atm and T=550C at 50atm. - How does a change in temperature affect conversion? Is this an expected result? Why or why not? - How does a change in pressure affect conversion? Is this an expected result? Why or why not