Redox Reactions and Volumetric AnalysishardMATCH FOLLOWING

**Match Column I (Reagent) with Column II (Characteristic/Nature):** <br> **Column I:** <br> (A) <brRedox Reactions and Volumetric Analysis Chemistry Question

Question

**Match Column I (Reagent) with Column II (Characteristic/Nature):** <br> **Column I:** <br> (A) $KMnO_4$ <br> (B) $H_2O_2$ <br> (C) $O_3$ <br> (D) $LiAlH_4$ <br> **Column II:** <br> (p) Strong Oxidizing Agent <br> (q) Reducing Agent <br> (r) Both OA and RA <br> (s) Only OA

Answer: A

💡 Solution & Explanation

**Logic:** <br> (A) $KMnO_4$ ($Mn$ is +7) can only be reduced; it is a strong OA. <br> (B) $H_2O_2$ ($O$ is -1) can go to 0 or -2, so it acts as both OA and RA. <br> (C) Ozone is one of the strongest OA; it lacks reducing properties in normal conditions. <br> (D) $LiAlH_4$ is a classic powerful reducing agent.

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