When ligands are bound to metals, they contribute electrons. For the following ligands, identify how many electrons are donated to a metal center. Note there are chelating ligands here too (i.e., ligands that have more than one donor atom). a. CO b. M=O (where M is the generic metal center) c. bipyridine (bipy) d. PPh3 e. CN- f. Cl- g. CH3 h. ethylenediamine (en).
When ligands are bound to metals, they contribute electrons. For the following ligands, identify how many electrons are donated to a metal center. Note there are chelating ligands here too (i.e., ligands that have more than one donor atom). a. CO b. M=O (where M is the generic metal center) c. bipyridine (bipy) d. PPh3 e. CN- f. Cl- g. CH3 h. ethylenediamine (en).
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter20: Chemistry Of Selected Transition Elements And Coordination Compounds
Section: Chapter Questions
Problem 45QRT
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When ligands are bound to metals, they contribute electrons. For the following ligands, identify how many electrons are donated to a metal center. Note there are chelating ligands here too (i.e., ligands that have more than one donor atom).
a. CO
b. M=O (where M is the generic metal center)
c. bipyridine (bipy)
d. PPh3
e. CN-
f. Cl-
g. CH3
h. ethylenediamine (en).
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