he complex that copper forms with chloride ions is tetrahedral. Write the chemical formula for this complex.  Thoroughly describe the energy diagram for the d orbitals.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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 the spectrochemical series allows us to explain the variety of
colors observed in transition metal complexes. But in practice, someone attempting to predict
the properties of compounds can occasionally be frustrated by various complicating factors.
For instance, the nitrite ligand is presented as having a high field strength, but that is only when
it is the nitrogen of the nitrite that is coordinating to the metal center. Nitrite is also capable of
binding to the metal center through an oxygen, and when this happens, nitrite is a low field
strength ligand. Furthermore, many metals initially precipitate as simple ionic salts before they
have a chance to form more soluble complex ions. And occasionally, unexpected redox
reactions can lead to complex mixtures.

  1. The complex that copper forms with chloride ions is tetrahedral. Write the chemical formula for this complex.  Thoroughly describe the energy diagram for the d orbitals.
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