$C H_{3} C O O H + O H^{-} ⇋ C H_{3} C O O^{-} + H_{2} O + q_{1}$
and
$H^{+} + O H^{-} ⇋ H_{2} O + q_{2}$
Then what is the enthalpy for reaction ?
$C H_{3} C O O H ⇋ C H_{3} C O O^{-} + H^{+}$

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Solution

$(1) C H_{3} C O O H + O H^{-} \to C H_{3} C O O^{-} + H_{2} O; △ H_{1} = - q_{1}$

$(2) H^{+} + O H^{-} \to H_{2} O; △ H_{2} = - q_{2}$

$∴$ Given reaction is $(1) - (2)$

$∴ △ H$ required $= (Δ H_{1}) - (Δ H_{2})$ $= - q_{1} + q_{2} = q_{2} - q_{1}$

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Similar questions

C H_{3} C O O H + O H^{-} \to C H_{3} C O O^{-} + H_{2} O + q_{1}

H^{+} + O H^{-} \to H_{2} O + q_{2}

C H_{3} C O O H \to C H_{3} C O O^{-} + H^{+}

C H_{3} C O O H + H_{2} O ⇌ C H_{3} C O O^{-} + H_{3} O^{+}; K_{1} = 1.8 \times 10^{- 5}

2 H_{2} O ⇌ H_{3} O^{+} + O H^{-}, K_{2} = 1 \times 10^{14}

C H_{3} C O O H + O H^{-} ⇌ C H_{3} C O O^{-} + H_{2} O

x \times 10^{9}

{S_{N}}^{2}

H_{2} O

^{-} O C H_{3},^{-} O H

C H_{3} C O O^{-}

C H_{3} C O O H + O H^{-} - ---- - \to C H_{3} C O O^{-} + H_{2} O

C H_{3} C O O H + H_{2} O ⇌ C H_{3} C O O^{-} + H^{+}

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