In an exothermic reaction, a `10^(@)` rise in temperature willA. decrease the value of equilibrium constantB. double the value of `K_(c)`C. not produce any change in `K_(c)`D. produce some increase in `K_(c)`

In an exothermic reaction, a `10^(@)` rise in temperature willA. decre

1.	In an exothermic reaction, a `10^(@)` rise in temperature willA. decrease the value of equilibrium constantB. double the value of `K_(c)`C. not produce any change in `K_(c)`D. produce some increase in `K_(c)`
Answer» Correct Answer - A In exothermic reaction, increase in temperature favours the backward reaction i.e., decreases the value of equilibrium constant value.

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In an exothermic reaction, a `10^(@)` rise in temperature willA. decrease the value of equilibrium constantB. double the value of `K_(c)`C. not produce any change in `K_(c)`D. produce some increase in `K_(c)`

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