If [H2]t=0.10 M, [I2]t = 0.20 M and [HI]t = 0.40 M, in the reaction H2(g) + I2(g) \(\rightleftharpoons\) 2HI(g), what is the value of QC?

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Everyday tasks like drying clothes are also examples of Le Chatelier's principle and chemical equilibrium in real life. On a windy day, the water vapors are carried away faster, now to establish an equilibrium, the water from the clothes starts drying, hence drying the clothes faster.


If [H<sub>2</sub>]t=0.10 M, [I<sub>2</sub>]t = 0.20 M and [HI]t = 0.40 M, in the reaction H<sub>2(g)</sub> + I<sub>2(g)</sub> \(\rightleftharpoons\) 2HI<sub>(g)</sub>, what is the value of Q<sub>C</sub>?