Redox Reactions and Volumetric AnalysismediumASSERTION REASON

**(A):** acts only as an oxidising agent. <br> **(R):** In , Nitrogen is in its maximum oxidation stRedox Reactions and Volumetric Analysis Chemistry Question

Question

**(A):** $HNO_3$ acts only as an oxidising agent. <br> **(R):** In $HNO_3$, Nitrogen is in its maximum oxidation state of +5.

Answer: A

💡 Solution & Explanation

**Assertion:** Concentrated and dilute $HNO_3$ are famous for their oxidizing properties. Statement is true. <br>**Reason:** Since Nitrogen is in its highest oxidation state (+5), it cannot lose more electrons (be oxidized). It can only gain electrons (be reduced), thus acting exclusively as an OA.

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