A reaction A+B $\to$ C+D is found to have a positive entropy change. The reaction will be :

possible at high temperature

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possible only at low temperature

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not possible at any temperature

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possible at any temperature

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Solution

The correct option is D possible at any temperature
A reaction $A + B \to C + D$ , is found to have a positive entropy change.
The reaction will be possible at any temperature.
A spontaneous reactions proceed with increase in entropy.
A non spontaneous reaction proceeds with decrease in entropy.

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Similar questions

A reaction, A + B $\to$ C + D + q is found to have a positive entropy change. The reaction will be
(i) possible at high temperature
(ii) possible only at low temperature
(iii) not possible at any temperature
(iv) possible at any temperature

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A + B \to C + D + q

; is found to have a positive entropy change. The reaction will be :

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A + B ⟶ C + D + q

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Q. A reaction,

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Q. In which case, a spontaneous reaction is possible at any temperature?

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A reaction A+B→ C+D is found to have a positive entropy change. The reaction will be :

The correct option is D possible at any temperatureA reaction A+B→C+D, is found to have a positive entropy change.The reaction will be possible at any temperature.A spontaneous reactions proceed with increase in entropy.A non spontaneous reaction proceeds with decrease in entropy.

A reaction A+B $\to$ C+D is found to have a positive entropy change. The reaction will be :

The correct option is D possible at any temperature
A reaction $A + B \to C + D$ , is found to have a positive entropy change.
The reaction will be possible at any temperature.
A spontaneous reactions proceed with increase in entropy.
A non spontaneous reaction proceeds with decrease in entropy.