For the reaction below, describe the temperature and pressure conditions that would produce the highest yield for the forward reaction. explain your answer in terms of le châtelier’s principle. co(g) + 2h2(g) two arrows stacked on top of each other. the top arrow points to the right. the bottom arrow points to the left. ch3oh(g) deltah = -90.7 kj/mol

Le Chatelier's principle suggests that equilibrium will move towards the direction that will counteract the change applied to a system. In this case, wherein the reaction is exothermic, the forward reaction will be favored by decreasing the temperature conditions. The reaction will tend to move forward to produce more heat to counteract the decrease in temperature. Also, to increase the yield, the pressure must be increased. This is because the reactants have more moles of gases and by increasing the pressure, the reaction will tend to move forward as to consume the reactants. 

Firstly, the water in the dams hold gravitational potential energy as they are above ground level. the gravitational potential energy is then transferred to kinetic energy as it falls, spinning the turbinethe turbine then spins the generator, which is a large magnet surrounded by metal coils. by doing this, the generator generates electricity. in this action, the energy transfer taken place is kinetic to electric energy