The endothermic reaction M g - N g - P g - is allowed to attain an equilibirium at 25- - formation of P can be increased byA- Raising temperatureB- Keeping temperature constantC- Lowering temperatureD- Decreasing the concentration of M and N

As the reaction is endothermic, So according to nbsp;Le chatelier's principle, nbsp;reaction rate of the forward reation would be increased by increasing t ...

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Standard XII

Chemistry

Introduction to Le Chatelier's Principle

The endotherm...

Question

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

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
As the reaction is endothermic, So according to Le- chatelier's principle, reaction rate of the forward reation would be increased by increasing the temperature. Hence formation of $P$ can be increased by increasing the temperature.

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The endothermic reaction M(g)+ N(g)→ P(g), is allowed to attain an equilibirium at 25∘. formation of P can be increased by

The correct option is A Raising temperatureAs the reaction is endothermic, So according to Le- chatelier's principle, reaction rate of the forward reation would be increased by increasing the temperature. Hence formation of P can be increased by increasing the temperature.

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

The correct option is A Raising temperature
As the reaction is endothermic, So according to Le- chatelier's principle, reaction rate of the forward reation would be increased by increasing the temperature. Hence formation of $P$ can be increased by increasing the temperature.