2.A first row transition metal ion, M³+, was allowed to react with two sets of monodentate ligands, D andE. The complex [MD6]³+ was found to be highly paramagnetic while the complex [ME6]³ was weaklyparamagnetic. Further studies on [ME]³- revealed the weak paramagnetism of the complex arisesfrom the presence of a single unpaired electron. From these pieces of information, answer thefollowing:3+Hybridization of M³+ in [MD]³+ (No need to write the number of orbitals as superscripts, e.g., sp3):Hybridization of M³+ in [MD6]³- (No need to write the number of orbitals as superscripts, e.g., sp3):Identity of M (No need to write the charge; just write the symbol, e.g. Au):Identity of ligand D: [Choose your answer: water, carbon monoxide, ethylenediamine (en)]Identity of ligand E: [Choose your answer: oxalate, bromide, cyanide]

In a complex ion or molecule, the metal ion provides vacant orbitals and the ligand donates its lone…

A first row transition metal ion, M³+, was allowed to react with two sets of monodentate ligands, D and E. The complex [MD6]³+ was found to be highly paramagnetic while the complex [ME6]³ was weakly paramagnetic. Further studies on [ME6]³- revealed the weak paramagnetism of the complex arises from the presence of a single unpaired electron. From these pieces of information, answer the following: Hybridization of M³+ in [MD]³+ (No need to write the number of orbitals as superscripts, e.g., sp3): Hybridization of M³+ in [MD]³- (No need to write the number of orbitals as superscripts, e.g., sp3): Identity of M (No need to write the charge; just write the symbol, e.g. Au): Identity of ligand D: [Choose your answer: water, carbon monoxide, ethylenediamine (en)] Identity of ligand E: [Choose your answer: oxalate, bromide, cyanide]

A first row transition metal ion, M³+, was allowed to react with two sets of monodentate ligands, D and E. The complex [MD6]³+ was found to be highly paramagnetic while the complex [ME6]³ was weakly paramagnetic. Further studies on [ME6]³- revealed the weak paramagnetism of the complex arises from the presence of a single unpaired electron. From these pieces of information, answer the following: Hybridization of M³+ in [MD]³+ (No need to write the number of orbitals as superscripts, e.g., sp3): Hybridization of M³+ in [MD]³- (No need to write the number of orbitals as superscripts, e.g., sp3): Identity of M (No need to write the charge; just write the symbol, e.g. Au): Identity of ligand D: [Choose your answer: water, carbon monoxide, ethylenediamine (en)] Identity of ligand E: [Choose your answer: oxalate, bromide, cyanide]

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter20: Chemistry Of Selected Transition Elements And Coordination Compounds

Section: Chapter Questions

Problem 73QRT

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