Redox Reactions and Volumetric AnalysismediumASSERTION REASON

**(A):** Normality of a solution changes with temperature. <br> **(R):** Normality is defined as equRedox Reactions and Volumetric Analysis Chemistry Question

Question

**(A):** Normality of a solution changes with temperature. <br> **(R):** Normality is defined as equivalents per liter of solution, and volume is temperature-dependent.

Answer: A

💡 Solution & Explanation

**Assertion:** Temperature change causes expansion or contraction of the liquid. [13], [14] <br>**Reason:** Since Volume ($V$) is in the denominator of the Normality formula ($N = Eq / V$), and $V$ changes with temperature, $N$ must also change. [14]

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