One mole of` X_(2)`is mixxed with one mole of `Y_(2)` in a flask of valume 1 litre . If at equilibrium 0.5 mole of `Y_(2)` are obtained. Then find out `K_(P)` for reaction `X_(2(g))+Y_(2(g))hArr2XY_(g)`A. 12B. 9C. 4D. 36

One mole of` X_(2)`is mixxed with one mole of `Y_(2)` in a flask of va

1.	One mole of` X_(2)`is mixxed with one mole of `Y_(2)` in a flask of valume 1 litre . If at equilibrium 0.5 mole of `Y_(2)` are obtained. Then find out `K_(P)` for reaction `X_(2(g))+Y_(2(g))hArr2XY_(g)`A. 12B. 9C. 4D. 36
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One mole of` X_(2)`is mixxed with one mole of `Y_(2)` in a flask of valume 1 litre . If at equilibrium 0.5 mole of `Y_(2)` are obtained. Then find out `K_(P)` for reaction `X_(2(g))+Y_(2(g))hArr2XY_(g)`A. 12B. 9C. 4D. 36

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