a. Explain how the crystal field theory can use the magnitude of the splitting energy $\Delta$ to provide an explanation of the color and magnetic properties of octahedral complexes.
b. In promoting an electron from the t₂_g set of orbitals to the e_g set, an octahedral complex absorbs a photon with a wavelength $\lambda$ of 523 nm. Calculate the value of $\Delta$ in the complex, in kJ/mol.

Question

a. Explain how the crystal field theory can use the magnitude of the splitting energy

\Delta

to provide an explanation of the color and magnetic properties of octahedral complexes.
b. In promoting an electron from the t₂_g set of orbitals to the e_g set, an octahedral complex absorbs a photon with a wavelength

\lambda

of 523 nm. Calculate the value of

\Delta

in the complex, in kJ/mol.

Quizplus · Accepted Answer

The Answer of a. Explain how the crystal field theory can use the magnitude of the splitting energy $\Delta$to provide an explanation of the color and magnetic properties of octahedral complexes. b. In promoting an electron from the t₂_g set of orbitals to the e_g set, an octahedral complex absorbs a photon with a wavelength $\lambda$ of 523 nm. Calculate the value of $\Delta$ in the complex, in kJ/mol.

A Explain How the Crystal Field Theory Can Use the Magnitude