The Fischer–Tropsch process for the synthesis of gasoline consists of passing a mixture of carbon monoxide and hydrogen over an iron–cobalt catalyst. A typical reaction that occurs in the process is 8CO(g) + 17H2(g) C8H18(g) + 8H2O(g)Suppose the reaction is at equilibrium at 200 ° C, then is suddenly cooled to condense the octane, and then the remaining gases are reheated to 200°C. In which direction will the equilibrium shift?This is essentially removing octane, a product. This change causes the reaction to produce octane by shifting forward = right = .A typical reaction that occurs in the Fischer– Tropsch process is 8CO(g) + 17H2(g) C8H18(g) + 8H2O(g) In which direction will the equilibrium shift when the pressure is increased?When the overall pressure is increased, the reaction will shift to reduce the pressure—that is, the reaction shifts to fewer gas molecules. In this case, the reaction will shift forward = right =