2x_{(g)} + y_{(g)} rightleftarrows 2z_{(g)} + | vedclass

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(C) The given reaction is $2x_{(g)}   y_{(g)} \rightleftarrows 2z_{(g)}   80 \ kcal$.Since the reaction is exothermic $(\Delta H < 0)$,according to Le

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$1000 \ atm$ and $100 \ ^oC$

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(C) The given reaction is $2x_{(g)}   y_{(g)} \rightleftarrows 2z_{(g)}   80 \ kcal$.Since the reaction is exothermic $(\Delta H For the pressure effect,the number of moles of gaseous reactants is $2   1 = 3$,and the number of moles of gaseous products is $2$.Since the number of moles decreases in the forward direction,high pressure favors the forward reaction.Therefore,the combination of high pressure $(1000 \ atm)$ and low temperature $(100 \ ^oC)$ gives the highest yield of $z$.

$2x_{(g)} + y_{(g)} \rightleftarrows 2z_{(g)} + 80 \ kcal$
Which combination gives the highest yield of $z$ at equilibrium?

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$2x_{(g)} + y_{(g)} \rightleftarrows 2z_{(g)} + 80 \ kcal$Which combination gives the highest yield of $z$ at equilibrium?