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Using the reaction quotient

AP.Chem: TRA‑7 (EU), TRA‑7.F (LO), TRA‑7.F.1 (EK), TRA‑8 (EU), TRA‑8.B (LO)

Problem

2NHX3(g)NX2(g)+3HX2(g)\ce{2NH3}(g) \rightleftharpoons \ce{N2}(g) + \ce{3H2}(g)
At 680, space, K, 0, point, 40, space, m, o, l each of the three gases in the reaction represented above are placed in an evacuated, rigid 1, point, 0, space, L container. The value of K, start subscript, c, end subscript for the reaction at 680, space, K is 0, point, 62.
At equilibrium, which of the gases will have the highest concentration?
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