When $$1$$ mole of $$N2$$ and $$1$$ mole of $$H2$$ is enclosed in a $$5L$$ vessel and the reaction is allowed to attain equilibrium. It is found that at equilibrium there is x mole of $$H2$$ . The number of moles of $$NH3$$ formed would be

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When $$1$$ mole of $$N2$$     and $$1$$ mole of $$H2$$     is enclosed in a $$5L$$ vessel and the reaction is allowed to attain  equilibrium. It is found that at equilibrium there is x     mole of $$H2$$     . The number of moles of $$NH3$$     formed would be

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$$N2+3H2$$⇌$$2NH3$$                  $$1$$           $$1$$                 $$0$$                   α         $$3$$α              $$2$$α$$_$$        (1$$−α$$)     (1$$−$$3$$α$$)     $$2$$α               Given    $$1$$−$$3$$α$$=x$$                            $$3$$α$$=1$$−x                              α$$=1$$−$$x3$$          ∴     Number of $$molesNH3=2$$α$$=2(1$$−$$x3)$$

When 1 mole of N2 and 1 mole of H2 is enclosed in a 5L vessel and the reaction is allowed to attain equilibrium. It is found that at equilibrium there is x mole of H2 . The number of moles of NH3 formed would be

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