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(A) The increase in temperature is directly proportional to the amount of heat released during the neutralization reaction. \ The heat of neutralizat

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$30 \ mL \ HCl$ and $30 \ mL \ NaOH$

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(A) The increase in temperature is directly proportional to the amount of heat released during the neutralization reaction. \ The heat of neutralization is maximum for the reaction between a strong acid and a strong base. \ In option $(A)$,$30 \ mmol$ of $HCl$ (strong acid) reacts with $30 \ mmol$ of $NaOH$ (strong base),resulting in complete neutralization. \ In option $(B)$,$CH_3COOH$ is a weak acid,so some heat is absorbed during its dissociation,leading to a lower temperature rise compared to $(A)$. \ Options $(C)$ and $(D)$ involve fewer moles of reaction compared to $(A)$. \ Therefore,the largest increase in temperature occurs in option $(A)$.

Which of the following mixing of $1 \ M$ base and $1 \ M$ acid leads to the largest increase in temperature?

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