The exothermic formation of `CIF_(3)` is represented by the equation: `CI_(2)(g)+2F_(2)(g)hArr2CIF_(3)(g),Delta_(r)H=-329J` which of the following will increase the quantity of `CIF_(3)` in an equilibrium mixture of `CI_(2),F_(2) "and" CIF_(3)`.A. Adding `F_(2)`B. Increasing the volume of containerC. Removing `CI_(2)`D. Increasing the temperature

The exothermic formation of `CIF_(3)` is represented by the equation:

1.	The exothermic formation of `CIF_(3)` is represented by the equation: `CI_(2)(g)+2F_(2)(g)hArr2CIF_(3)(g),Delta_(r)H=-329J` which of the following will increase the quantity of `CIF_(3)` in an equilibrium mixture of `CI_(2),F_(2) "and" CIF_(3)`.A. Adding `F_(2)`B. Increasing the volume of containerC. Removing `CI_(2)`D. Increasing the temperature
Answer» Correct Answer - A `CI_(2)(g)+3F_(2)(g)hArr2CIF_(3)(g),DeltaH=-329KJ`. Favourable conditions: (i) Decrease in temperature. (ii) Addition of reactants, (iii) Increase in pressure i.e., decrease in volume.

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