The CO$/$H$2$ gas mixture is fed to a reactor at a ratio of $(1)/(2)$ and is heated under appropriate pressure. It is heated to $650$ K in the presence of a qualified catalyst. That's what it's about In order for an industrial reaction to be economically feasible, equilibrium The conversion value must be at least $30\%.$ The gas mixture is an ideal gas in equilibrium It can be assumed that it shows the behavior. CO $($g$)+2$H$2($g$)$ CH$3$OH $($g$)$ In a reactor where the maximum working pressure value is $200$ atm, the reaction in question whether it can be achieved in a way that meets the desired conditions. determine. If any problem arises in this regard, the equilibrium condition Possible improvements $($if any$)$ in order to meet the requirements put it forward. In your calculations, the average heat capacity $($H p C Use the $)$ approach.