Consider the initial composition given by 2CO+2O2 (on mole basis), which is subject to the "dry oxidation" reaction (CO+0.5O2CO2), which is the second reaction form the two-step BFER mechanism. Consider the case of P=1 bar temperature T=2000K. a) Determine the state when the reaction is complete, indicate global and net reactions b) Determine equilibrium constant and equilibrium state c) determine the forward and reverse reaction coefficients d) determine the reaction rate at the initial moment e) estimate the time required for this reaction to reach its equilibrium k(T)=ATexp(RuTEa)=ATexp(TTa), where Ta=RuEa is the activation temperature