Question 1. For the following complexes, count the number of electrons using the ionic and covalent method. Then determine the oxidation state of the metal and the number of dª electrons of the metal. Remember that oxidation state is calculated separately from electron counts. a) Fe(OH2)6³* b) V(CN),³- c) Cul,2- d) RuCl,+

Chemistry
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Chapter21: Transition Metals And Coordination Chemistry
Section: Chapter Questions
Problem 96CP: Consider the pseudo-octahedral complex ion of Cr3+, where A and B represent ligands. Ligand A...
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Question 1. For the following complexes, count the number of electrons using the ionic and
covalent method. Then determine the oxidation state of the metal and the number of dª electrons
of the metal.
Remember that oxidation state is calculated separately from electron counts.
a) Fe(OH2)6³*
b) V(CN),³-
c) Cul,2-
d) RuCl,+
Transcribed Image Text:Question 1. For the following complexes, count the number of electrons using the ionic and covalent method. Then determine the oxidation state of the metal and the number of dª electrons of the metal. Remember that oxidation state is calculated separately from electron counts. a) Fe(OH2)6³* b) V(CN),³- c) Cul,2- d) RuCl,+
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