Consider the complex ions CO(NH3)63+, Co(CN)63+, and CoF63-. The wavelengths of absorbed electromagnetic radiation for these compounds are (in no specific order) 770 nm, 440 nm, and 290 nm. Match the complex ion to the wavelength of absorbed electromagnetic radiation.
Answer to relevant QuestionsDraw the d-orbital splitting diagrams for the octahedral complex ions of each of the following. a. Fe2+ (high and low spin) b. Fe3+ (high spin) c. Ni2+ d. Zn2+ e. Co2+ (high and low spin) The complex ion Fe(CN)63- is paramagnetic with one un-paired electron. The complex ion Fe(SCN)63- has five un-paired electrons. Where does SCN" lie in the spectro-chemical series with respect to CN-? The complex ion PdCL42- is diamagnetic. Propose a struc-ture for PdCL42-. Henry Taube, the 1983 Nobel Prize winner in chemistry, has studied the mechanisms of oxidation-reduction reac¬tions involving transition metal complexes. In one experi¬ment he and his students studied the following ...Sketch and explain the most likely crystal field diagram for the following complex ion: NH?
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