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Which Statement Concerning the Crystal Field Theory of Octahedral Transition

Question 93

Multiple Choice

Which statement concerning the crystal field theory of octahedral transition metal complexes is not correct?


A) The crystal field splitting (o) increases with increasing charge of the metal ion for the same set of ligands.
B) The crystal field splitting (o) is determined solely by the charge of the transition metal complex ion.
C) The Which statement concerning the crystal field theory of octahedral transition metal complexes is not correct? A) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  increases with increasing charge of the metal ion for the same set of ligands. B) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  is determined solely by the charge of the transition metal complex ion. C) The   and   orbitals are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals because these two point directly toward the ligands. D) All ligands contribute to the strength of the crystal field. E) The ordering of the orbitals,   and   are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals, is independent of the strength of the crystal field. and Which statement concerning the crystal field theory of octahedral transition metal complexes is not correct? A) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  increases with increasing charge of the metal ion for the same set of ligands. B) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  is determined solely by the charge of the transition metal complex ion. C) The   and   orbitals are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals because these two point directly toward the ligands. D) All ligands contribute to the strength of the crystal field. E) The ordering of the orbitals,   and   are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals, is independent of the strength of the crystal field. orbitals are higher in energy than the dxy, dxz, and dyz orbitals because these two point directly toward the ligands.
D) All ligands contribute to the strength of the crystal field.
E) The ordering of the orbitals, Which statement concerning the crystal field theory of octahedral transition metal complexes is not correct? A) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  increases with increasing charge of the metal ion for the same set of ligands. B) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  is determined solely by the charge of the transition metal complex ion. C) The   and   orbitals are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals because these two point directly toward the ligands. D) All ligands contribute to the strength of the crystal field. E) The ordering of the orbitals,   and   are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals, is independent of the strength of the crystal field. and Which statement concerning the crystal field theory of octahedral transition metal complexes is not correct? A) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  increases with increasing charge of the metal ion for the same set of ligands. B) The crystal field splitting (<font face= symbol ></font><sub>o</sub>)  is determined solely by the charge of the transition metal complex ion. C) The   and   orbitals are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals because these two point directly toward the ligands. D) All ligands contribute to the strength of the crystal field. E) The ordering of the orbitals,   and   are higher in energy than the d<sub>xy</sub>, d<sub>xz</sub>, and d<sub>yz</sub> orbitals, is independent of the strength of the crystal field. are higher in energy than the dxy, dxz, and dyz orbitals, is independent of the strength of the crystal field.

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