If `alpha` is the reaction of HI dissociation at equilibrium n the reaction, `2HI hArrH_(2)+I_(2)` then starting with 2 moles of reactants and products at equlibrium is

If `alpha` is the reaction of HI dissociation at equilibrium n the rea

1.	If `alpha` is the reaction of HI dissociation at equilibrium n the reaction, `2HI hArrH_(2)+I_(2)` then starting with 2 moles of reactants and products at equlibrium is
Answer» Correct Answer - 2 `2HIhArrH_(2)+I_(2)` `{:("Initial mole",2,0,0),("At eq.",2(1-alpha),alpha,alpha):}` Total mole `=2(1-alpha)+alpha+alpha=2`

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If `alpha` is the reaction of HI dissociation at equilibrium n the reaction, `2HI hArrH_(2)+I_(2)` then starting with 2 moles of reactants and products at equlibrium is

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