The gas `A_(2)` in the left flask allowed to react with gas `B_(2)` present in right flask as `A_(2)(g)+B_(2)(g)hArr2AB(g),K_(c)=4` at `27^(@)C.` What is the concentrartion of AB when equilibrium is established ?

In a reaction A_(2)(g)+4B_(2)(g) hArr 2AB_(4)(g), DeltaH lt 0 . The formation of AB_(4) is not favoured by

In a reaction A_(2)(g)+4B_(2)(g) hArr 2AB_(4)(g), DeltaH lt 0 . The formation of AB_(4) is not favoured by

When A_(2) and B_(2) are allowed to react, the equilibrium constant of the reaction at 27^(@)C is found (K_(C)=4).A_(2)(g)+B_(2)(g)hArr 2AB(g) What will be the equilibrium concentration of AB?

For the Chemical reaction A_(2(g)) + B_(2(g)) hArr 2 AB(g) the amount of AB at equilibrium is affected by

For the Chemical reaction A_(2(g)) + B_(2(g)) hArr 2 AB(g) the amount of AB at equilibrium is affected by

When A_(2) and B_(2) are allowed to react, the equilibrium constant of the reaction at 27^(@)C is found (K_(c)=4) . A_(2(g))+B_(2(g))hArr2AB_((g)) what will be the equilibrium concentration of AB?

Gases are present intwo containers at 300 K separated by a narrow tube of negligible volume having valve in between. On opening the valve the reaction A_(2)(g) + B_(2)(g) hArr 2AB(g) attains equilibrium at 300 K. If K_(c) = 4 at 300 K, the concentration of AB at equilibirum is :

In the reaction A_(2)(g) + 4B_(2)(g)hArr2AB_(4)(g) , Delta H lt 0 . The decomposition of AB_(4) (g) will be favoured at