The d_xy and the orbitals both lie in the xy plane, yet for a metal ion in an octahedral complex the energy of the d_xy orbital is lower than that of the orbital. Explain this using the arguments of crystal field theory.

Question

The d_xy and the The dxy and the orbitals both lie in the xy plane, yet for a metal ion in an octahedral complex the energy of the dxy orbital is lower than that of the orbital. Explain this using the arguments of crystal field theory.

The d<sub>xy</sub> and the orbitals both lie in the xy plane, yet for a metal ion in an octahedral complex the energy of the d<sub>xy</sub> orbital is lower than that of the orbital. Explain this using the arguments of crystal field theory.

orbitals both lie in the xy plane, yet for a metal ion in an octahedral complex the energy of the d_xy orbital is lower than that of the The dxy and the orbitals both lie in the xy plane, yet for a metal ion in an octahedral complex the energy of the dxy orbital is lower than that of the orbital. Explain this using the arguments of crystal field theory.

orbital. Explain this using the arguments of crystal field theory.

Quizplus · Accepted Answer

The Answer of The d_xy and the orbitals both lie in the xy plane, yet for a metal ion in an octahedral complex the energy of the d_xy orbital is lower than that of the orbital. Explain this using the arguments of crystal field theory.

The Dxy and the Orbitals Both Lie in the Xy

The D_xy and the Orbitals Both Lie in the Xy