Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex
(A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3]
(C) linear Hg2l2 (D) square planar K2[HgCl2l2]

Question

Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex (A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3] (C) linear Hg2l2 (D) square planar K2[HgCl2l2]

Saurabh Koranglekar · Answer

Dear student The answer is option a Regards

Vikas TU · Answer

Dear student Please follow the Reaction HgCl2+4KI→K2[HgI4]+2KCl Hg:[Xe]4f145d106s2 Good Luck Cheers ….........................................

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Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex (A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3] (C) linear Hg2l2 (D) square planar K2[HgCl2l2]

Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex
(A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3]
(C) linear Hg2l2 (D) square planar K2[HgCl2l2]

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Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex (A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3] (C) linear Hg2l2 (D) square planar K2[HgCl2l2]

Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex (A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3] (C) linear Hg2l2 (D) square planar K2[HgCl2l2]

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Addition of excess potassium iodide solution to a solution of mercuric chloride gives the halide complex
(A) tetrahedral K2[Hgl4] (B) trigonal K[Hgl3]
(C) linear Hg2l2 (D) square planar K2[HgCl2l2]