Consider the following equilibrium at 300K and 400K with their equilibrium constants and choose the correct statement Reactions 300K 400K

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Solution

Q.
Consider the following equilibrium at 300K and 400K with their equilibrium constants and choose the correct statement

Reactions 300K 400K

I $A (g) ⇌ 2 B (g)$ $K_{e q} = 10$ $K_{e q} = 5$

II $C (g) ⇌ D (g)$ $K_{e q} = 2$ $K_{e q} = 5$

Solution

Q.
Consider the following equilibrium at 300K and 400K with their equilibrium constants and choose the correct statement

Reactions 300K 400K

I $A (g) ⇌ 2 B (g)$ $K_{e q} = 10$ $K_{e q} = 5$

II $C (g) ⇌ D (g)$ $K_{e q} = 2$ $K_{e q} = 5$

1 I is endothermic, II is exothermic

2 I is exothermic, II is endothermic

3 I and II both are endothermic

4 I & II both are exothermic

Ans.
(2)

I is exothermic, II is endothermic.

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	Reactions	300K	400K
I	$A (g) ⇌ 2 B (g)$	$K_{e q} = 10$	$K_{e q} = 5$
II	$C (g) ⇌ D (g)$	$K_{e q} = 2$	$K_{e q} = 5$

Solution

Q. Consider the following equilibrium at 300K and 400K with their equilibrium constants and choose the correct statement Reactions 300K 400K I A(g)⇌2B(g) Keq=10 Keq=5 II C(g)⇌D(g) Keq=2 Keq=5

1 I is endothermic, II is exothermic

2 I is exothermic, II is endothermic

3 I and II both are endothermic

4 I & II both are exothermic

Ans. (2) I is exothermic, II is endothermic.

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Q.
Consider the following equilibrium at 300K and 400K with their equilibrium constants and choose the correct statement

Reactions 300K 400K

I $A (g) ⇌ 2 B (g)$ $K_{e q} = 10$ $K_{e q} = 5$

II $C (g) ⇌ D (g)$ $K_{e q} = 2$ $K_{e q} = 5$

Ans.
(2)

I is exothermic, II is endothermic.