The absorbance spectrum of the [TI(H20).]3+ complex-ion is shown below. Tiº = [Ar]3d24s2 and H2O is a low crystal field

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The absorbance spectrum of the [TI(H20).]3+ complex-ion is shown below. Tiº = [Ar]3d24s2 and H2O is a low crystal field

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The Absorbance Spectrum Of The Ti H20 3 Complex Ion Is Shown Below Tio Ar 3d24s2 And H2o Is A Low Crystal Field 1
The Absorbance Spectrum Of The Ti H20 3 Complex Ion Is Shown Below Tio Ar 3d24s2 And H2o Is A Low Crystal Field 1 (52.39 KiB) Viewed 89 times
The Absorbance Spectrum Of The Ti H20 3 Complex Ion Is Shown Below Tio Ar 3d24s2 And H2o Is A Low Crystal Field 2
The Absorbance Spectrum Of The Ti H20 3 Complex Ion Is Shown Below Tio Ar 3d24s2 And H2o Is A Low Crystal Field 2 (33.24 KiB) Viewed 89 times
The absorbance spectrum of the [TI(H20).]3+ complex-ion is shown below. Tiº = [Ar]3d24s2 and H2O is a low crystal field splitting energy ligand. R O YO Wavelength (mm) 667 500 400 333 1000 LO 0.5 loge - 0.0 -0.5 10,000 15,000 20,000 25.000 30,000 Frequency (em) Electronic spectrum of 10.1 M aqueous solution of (TKH,021-

(a) According to the selection rules, how many electronic transitions are expected for this complex? (2 marks) (b) Why is there a shoulder on the low wavenumber side of the large band in this spectrum? (4 marks) (c) What colour would this solution have? Briefly explain your answer (4 marks)
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