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Relationship between Equilibrium Constant, Reaction Quotient and Gibbs Energy

Question

A vessel contains three gases A, B and C in the equilibrium:

$$A\rightleftharpoons 2B+C$$

At equilibrium, the concentration of A was $$3$$M and that of B was $$4$$M. On doubling the volume of the vessel, the new equilibrium concentration of B was $$3$$M. Calculate $$K_c$$ and the initial equilibrium concentration of C.

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Similar Questions

Q1

A vessel contains three gases A, B and C in the equilibrium:

$$A\rightleftharpoons 2B+C$$

At equilibrium, the concentration of A was $$3$$M and that of B was $$4$$M. On doubling the volume of the vessel, the new equilibrium concentration of B was $$3$$M. Calculate $$K_c$$ and the initial equilibrium concentration of C.

View Solution

Q2

A container contains three gases:

A, B,

and

C

in equilibrium

A ⇌ 2 B + C

At equilibrium the concentration of

A

was 3M, and of

B

was 4M. On doubling the volume of container, the new equilibrium concentration of

B

was 3M. Calculate

K_{c}

and initial equilibrium concentration of

C

.

View Solution

Q3

A container contains three gases,

A, B

and

C

in equilibrium,

A ⇌ 2 B + C

At equilibrium the concentration of

A

was

3 M

and of

B

was

4 M

. On doubling the volume of container, the new equilibrium concentration of

B

was

3 M

. Calculate

K_{C}

of the reaction:

View Solution

Q4

In an equilibrium

A + B ⇌ C + D

,

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and

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are mixed in a vessel at temperature

T

. The initial concentration of

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was twice the initial concentration of

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. After the equilibrium has reached, concentration of

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was thrice the equilibrium concentration of

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.Calculate

K_{C}

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View Solution

Q5

In an equilibrium,

A + B ⇌ C + D

,

A

and

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are mixed in a vessel at temperature

T

. The initial concentration of

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was twice the initial concentration of

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. After the equilibrium has reached, a concentration of

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was thrice the equilibrium concentration of

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. Calculate

K_{c}

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(Nearest integer)

View Solution