$$1.1$$ mole of A mixed with $$2.2$$ mole of B and the mixture is kept in a $$1$$ litre at the equilibrium A $$+$$ $$2B$$ ⇌ $$2C$$ $$+$$ D is reached. At equilibrium $$0.2$$ mole of C is formed, then the value of KC will be

Question

$$1.1$$ mole of A mixed with $$2.2$$ mole of B and the mixture is kept in a $$1$$ litre at the equilibrium A $$+$$ $$2B$$ ⇌ $$2C$$ $$+$$ D is reached. At equilibrium $$0.2$$ mole of C is formed, then the value of KC will be

Infinity Learn · Accepted Answer

A     $$+$$        $$2B$$     ⇌         $$2C$$      $$+$$         DInitial mole      $$1.1$$             $$2.2$$                   $$0$$                   $$0At$$ Eq.            $$1.1$$ $$-$$ x        $$2.2$$ $$-$$ $$2x$$            $$2x$$                  x                      $$1.1$$ $$-$$ $$0.1$$    $$2.2$$ $$-$$ $$0.2$$           $$0.2$$                 $$0.1$$                       $$1$$              $$2$$                      $$0.2$$                 $$0.1Active$$ mass    $$11$$            $$21$$                   $$0.2$$                 $$0.1KC=C2$$ DA $$B2=$$ $$210$$×$$210$$×$$110$$ $$1$$ × $$2$$ × $$2=$$ $$11000=0.001$$

1.1 mole of A mixed with 2.2 mole of B and the mixture is kept in a 1 litre at the equilibrium A + 2B ⇌ 2C + D is reached. At equilibrium 0.2 mole of C is formed, then the value of KC will be

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