When 1 mole of A(g) is introduced in a closed rigid 1 litre vessel maintained at constant temperature the following equilibria are established A(g)⇌B(g)+C(g):KC1 C(g)⇌D(g)+B(g):KC2 The pressure at equilibrium is twice the initial pressure. Calculate the value of KC2KC1 if [C]eq[B]eq=15.

When 1 mole of A(g) is introduced in a closed rigid 1 litre vessel mai

1.	When 1 mole of A(g) is introduced in a closed rigid 1 litre vessel maintained at constant temperature the following equilibria are established A(g)⇌B(g)+C(g):KC1 C(g)⇌D(g)+B(g):KC2 The pressure at equilibrium is twice the initial pressure. Calculate the value of KC2KC1 if [C]eq[B]eq=15.
Answer» When 1 mole of A(g) is introduced in a closed rigid 1 litre vessel maintained at constant temperature the following equilibria are established $A (g) ⇌ B (g) + C (g) : K_{C_{1}}$ $C (g) ⇌ D (g) + B (g) : K_{C_{2}}$ The pressure at equilibrium is twice the initial pressure. Calculate the value of $\frac{K_{C_{2}}}{K_{C_{1}}}$ if $\frac{[C]_{e q}}{[B]_{e q}} = \frac{1}{5}$ .

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When 1 mole of A(g) is introduced in a closed rigid 1 litre vessel maintained at constant temperature the following equilibria are established A(g)⇌B(g)+C(g):KC1 C(g)⇌D(g)+B(g):KC2 The pressure at equilibrium is twice the initial pressure. Calculate the value of KC2KC1 if [C]eq[B]eq=15.

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