only E to H K:[FeCla], [Ni(AA):]Clz, [Cu(AA):]CIO, (tetrahedral) and K3[MnFo] Where (AA) is a neutral bidentate chelating aromatic ligand a) Predict the geometries of the complexes. b) Determine the oxidation states of the central metal ions. c) Write the electronic configurations of the central metal ions. d) Determine the spin-states of the complexes. e) Draw the d-orbital splitting diagram of each complex. ) Determine the number of unpaired electrons (n) in each complex. g) Determine the spin-only magnetic moments (u.) for the complexes. h) Determine the ligand field stabilization energies (LFSE) for the complexes.

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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Solve all E To H plz 

only E to H
K3[FeCl], [Ni(AA):]Cl2, [Cu(AA):]CIO: (tetrahedral) and K3[MnF6]
Where (AA) is a neutral bidentate chelating aromatic ligand
a) Predict the geometries of the complexes.
b) Determine the oxidation states of the central metal ions.
c) Write the electronic configurations of the central metal ions.
d) Determine the spin-states of the complexes.
e) Draw the d-orbital splitting diagram of each complex.
) Determine the number of unpaired electrons (n) in each complex.
g) Determine the spin-only magnetic moments (u.) for the complexes.
h) Determine the ligand field stabilization energies (LFSE) for the complexes.
Transcribed Image Text:only E to H K3[FeCl], [Ni(AA):]Cl2, [Cu(AA):]CIO: (tetrahedral) and K3[MnF6] Where (AA) is a neutral bidentate chelating aromatic ligand a) Predict the geometries of the complexes. b) Determine the oxidation states of the central metal ions. c) Write the electronic configurations of the central metal ions. d) Determine the spin-states of the complexes. e) Draw the d-orbital splitting diagram of each complex. ) Determine the number of unpaired electrons (n) in each complex. g) Determine the spin-only magnetic moments (u.) for the complexes. h) Determine the ligand field stabilization energies (LFSE) for the complexes.
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