Chemistry / Chemistry: The Central Science 12 / Chapter 23 / Problem 54E

Chemistry: The Central Science | 12th Edition | ISBN: 9780321696724 | Authors: Theodore E. Brown; H. Eugene LeMay; Bruce E. Bursten; Catherine Murphy; Patrick Woodward

The ion has an absorption maximum at about 725 nm, whereas

Chapter 13, Problem 54E

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The ${\left[{Ni{\left({{H}_{2}O}\right)}_{6}}\right]}^{2+}$ ion has an absorption maximum at about $725\ nm$ , whereas the ${\left[{Ni{\left({{NH}_{3}}\right)}_{6}}\right]}^{2+}$ ion absorbs at about $570\ nm$ . Predict the color of a solution of each ion. (b) The ${\left[{Ni(en{)}_{3}}\right]}^{2+}$ ion absorption maximum occurs at about $545\ nm$ , and that of the ${\left[{Ni( bipy {)}_{3}}\right]}^{2+}$ ion occurs at about $520\ nm$ . From these data, indicate the relative strengths of the ligand fields created by the four ligands involved.

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The ion has an absorption maximum at about 725 nm, whereas

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