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Homework For each of the following metal complexes, indicate the following: the formal oxidation state for the metal the d-electron count for the metal the coordination geometry about the metal atom (O octahedral, T tetrahedral, SP square planar) the number of unpaired electrons in the complex a) b) d) e) whether or not the complex would be an oxidizing or a reducing agent, or is stable with respect to oxidation and reduction Metal Complex [CoCl2 [Ir(CN) [NiF.P [Rh[NH P« [Cr(H₂O) P+ [Fe(SPh)]2 [Mn(CN) Charge on the metal d-electron count Geometry Number of unpaired electrons Oxidizing (O), Reducing (R), or Stable (S)

Homework For each of the following metal complexes, indicate the following: the formal oxidation state for the metal the d-electron count for the metal the coordination geometry about the metal atom (O octahedral, T tetrahedral, SP square planar) the number of unpaired electrons in the complex a) b) d) e) whether or not the complex would be an oxidizing or a reducing agent, or is stable with respect to oxidation and reduction Metal Complex [CoCl2 [Ir(CN) [NiF.P [Rh[NH P« [Cr(H₂O) P+ [Fe(SPh)]2 [Mn(CN) Charge on the metal d-electron count Geometry Number of unpaired electrons Oxidizing (O), Reducing (R), or Stable (S)

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter8: Bonding In Transition Metal Compounds And Coordination Complexes
Section: Chapter Questions
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For each of the following metal complexes, indicate the following: the formal oxidation state for the metal the d-electron count for the metal the coordination geometry about the metal atom (O octahedral, T tetrahedral, SP square planar) the number of unpaired electrons in the complex a) b) d) e) whether or not the complex would be an oxidizing or a reducing agent, or is stable with respect to oxidation and reduction Metal Complex [CoCl2 [Ir(CN) INiF.P [Rh[NH»»P« [Cr(H₂O)P+ [Fe(SPh)42 [Mn(CN)6]+ [Fe(bipy) ++ [V(NCS) P [CuF6³³- Homework Charge on the metal d-electron count Geometry Number of unpaired electrons Oxidizing (O), Reducing (R), or Stable (S)
Transcribed Image Text:For each of the following metal complexes, indicate the following: the formal oxidation state for the metal the d-electron count for the metal the coordination geometry about the metal atom (O octahedral, T tetrahedral, SP square planar) the number of unpaired electrons in the complex a) b) d) e) whether or not the complex would be an oxidizing or a reducing agent, or is stable with respect to oxidation and reduction Metal Complex [CoCl2 [Ir(CN) INiF.P [Rh[NH»»P« [Cr(H₂O)P+ [Fe(SPh)42 [Mn(CN)6]+ [Fe(bipy) ++ [V(NCS) P [CuF6³³- Homework Charge on the metal d-electron count Geometry Number of unpaired electrons Oxidizing (O), Reducing (R), or Stable (S)
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