If heat of dissociation of CHCl2COOH is 0-7 kcal-mole then - H for the reaction is- CHCl2COOH-KOH - CHCl2COOK-H2O

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Heat of Reaction

If heat of di...

Question

If heat of dissociation of $C H C l_{2} C O O H$ is 0.7 kcal/mole then $Δ H$ for the reaction is:
$C H C l_{2} C O O H + K O H \to C H C l_{2} C O O K + H_{2} O$

-13 kcal

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+13 kcal

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-14.4 kcal

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-13.7 kcal

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C H C l_{2} C O O H

△ H

C H C l_{2} C O O H + K O H \to C H C l_{2} C O O K + H_{2} O

If heat of dissociation of $C H C l_{2} C O O H$ is $0.7 k c a l / m o l e$ then $Δ H$ for the reaction:

$C H C l_{2} C O O H + K O H \to C H C l_{2} C O O K + H_{2} O$

C H C l_{2} C O O H

Δ H

C H C l_{2} C O O H + K O H \to C H C l_{2} C O O K + H_{2} O

C H C l_{2} C O O H

△ H

C H C l_{2} C O O H + K O H \to C H C l_{2} C O O K + H_{2} O

C H C l_{2} C O O H + K O H \to C H C l_{2} C O O K + H_{2} O

C H C l_{2} C O O H

0.7 k c a l / m o l e

Δ H

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