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Standard XII

Chemistry

Activation Energy

The endotherm...

Question

The endothermic reaction $(M + N ⇌ P)$ is allowed to obtain an equilibrium at $25$ . Formation of P can be increased by:

Raising temperature

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Lowering temperature

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Keeping temperature constant

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Decreasing the concentration of M and N

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Solution

The correct option is A Raising temperature
In endothermic reaction, rate of forward reaction can be increased by raising temperature.
A is correct option

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Similar questions

Q. The endothermic reaction

M

(g)+

N

(g)

\to

P (g)

, is allowed to attain an equilibirium at

25^{\circ}

. formation of

P

can be increased by

Q. The endothermic reaction

M

(g)+

N

(g)

\to

P (g)

, is allowed to attain an equilibirium at

25^{\circ}

. formation of

P

can be increased by

Consider the equilibrium:

P (g) + 2 Q (g) ⇌ R (g) .

When the reaction is carried out at a certain temperature the equilibrium concentration of P and Q are

3 M

and

4 M

respectively. When the volume of the vessel is doubled and the equilibrium is allowed to be re-established, the concentration of Q is found to be

3 M

K_{c}

is:

Q. Statement I: When the temperature of a reaction at equilibrium is increased, the equilibrium will shift to favor the endothermic direction
Because
Statement II: Endothermic reactions involve heat acting as a reactant and Le Chateliers principle states that an equilibrium shift will occur to offset temperature changes

Q. Consider the equilibrium :

P (g) + 2 Q (g) ⇌ R (g)

. When the reaction is carried out at a certain temperature, the equilibrium concentration of

P

and

Q

are

3 M

and

4 M

respectively. When the volume of the vessel is doubled and the equilibrium is allowed to be re-established, the concentration of

Q

is found to be

3 M

. Find :
(a)

K_{c}

,
(b) Concentration of

R

at two equilibrium stages.

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The endothermic reaction (M+N⇌P) is allowed to obtain an equilibrium at 25. Formation of P can be increased by:

The correct option is A Raising temperatureIn endothermic reaction, rate of forward reaction can be increased by raising temperature.A is correct option

The endothermic reaction $(M + N ⇌ P)$ is allowed to obtain an equilibrium at $25$ . Formation of P can be increased by:

The correct option is A Raising temperature
In endothermic reaction, rate of forward reaction can be increased by raising temperature.
A is correct option