P4 + SOCl2 -Δ-> Products. Find out total number of non-planar and polar molecules of products in bal — Redox Reactions and Volumetric Analysis Chemistry Question
Question
P4 + SOCl2 -Δ-> Products. Find out total number of non-planar and polar molecules of products in balanced equation for one mole of P4.
Answer: **6** / P4 + 8SOCL2 -> 4PCL3 + 4SO2 + 2S2CL2. PCL3 AND S2CL2 ARE NON-PLANAR AND POLAR (4 + 2 = 6). SO2 IS PLANAR.
💡 Solution & Explanation
Step 1: Identify the state of reactants. Mercuric nitrate, Hg(NO3)2, is a soluble salt in aqueous solution. Step 2: Analyze the reaction with ammonia. Aqueous ammonia reacts with mercuric nitrate to form a white precipitate of basic mercuric amidonitrate, HgO.HgNH2NO3↓. Step 3: Since a solid precipitate is formed from a clear solution, this is a precipitate formation reaction (type A). Thus, the correct option is (a).
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