Consider the following chemical system at equilibrium at 300 K: N,(g) + O2(g) = 2NO(8). K = 121 The chemical species wer

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Consider The Following Chemical System At Equilibrium At 300 K N G O2 G 2no 8 K 121 The Chemical Species Wer 1 (29.23 KiB) Viewed 152 times

Consider the following chemical system at equilibrium at 300 K: N,(g) + O2(g) = 2NO(8). K = 121 The chemical species were added to a reactor such that at a certain time the concentrations are as follows: N2 = 0.112 M: 02 -0.112 M and NO = 2.36 M Answer the following questions (note any instructions provided in a different colour!): The value of the reaction quotient is 444 and this means that Q is greater than K. (choose from the words "less' or 'greater") To reach equilibrium, the reaction system will therefore shift to the left (choose from left or right) Use the variable to indicate these changes in concentration. (x is not negligibly small) The value of x is (2 sig, figs.), The concentrations of the nitrogen gas, oxygen gas and the nitrogen monoxide gas at equilibrium are therefore respectively. (NO units! - express your answers to 3 sig, figs.) and