[M(OH2)6]2+ is a vivid green color in aqueous solution. The complex [ML6]2+, where L is a hypotheticalmonodentate ligand, is bright pink. What can you conclude about ligand L if M is the same metal cation in bothcomplexes?A. L is a stronger-field ligand than water.B. L is a weaker-field ligand than water.C. L is a neutral ligand (it has no charge).D. H2O causes greater crystal field splitting than L.E. H2O causes smaller crystal field splitting than L
[M(OH2)6]2+ is a vivid green color in aqueous solution. The complex [ML6]2+, where L is a hypotheticalmonodentate ligand, is bright pink. What can you conclude about ligand L if M is the same metal cation in bothcomplexes?A. L is a stronger-field ligand than water.B. L is a weaker-field ligand than water.C. L is a neutral ligand (it has no charge).D. H2O causes greater crystal field splitting than L.E. H2O causes smaller crystal field splitting than L
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter22: The Chemistry Of The Transistion Elements
Section: Chapter Questions
Problem 25PS
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Question
[M(OH2)6]2+ is a vivid green color in aqueous solution. The complex [ML6]2+, where L is a hypothetical
monodentate ligand, is bright pink. What can you conclude about ligand L if M is the same metal cation in both
complexes?
A. L is a stronger-field ligand than water.
B. L is a weaker-field ligand than water.
C. L is a neutral ligand (it has no charge).
D. H2O causes greater crystal field splitting than L.
E. H2O causes smaller crystal field splitting than L
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