What law was the previous question referring to?

When the ligands move along the x, y and z axes of d orbital in metal ion (octahedral geometry), they approach directly toward or between the lobes. Name the d orbitals that feel less repulsion?

CFT views the interaction between metal ions and ligands in complexes in terms of electrostatic _______________ and ____________________.

Write the configuration of d5 in strong field in octahedral complex.

The relation between Δt and Δo is

Which has a a≠b≠ca\ne b\ne ca​=b​=c Axial relationship?

Which has an Interaxial Angles of α=γ=90°≠β\alpha=\gamma=90\degree\ne\betaα=γ=90°​=β ?

Which has an Interaxial Angles of α=β=90°,γ=120°\alpha=\beta=90\degree,\gamma=120\degreeα=β=90°,γ= ?

Which has an Interaxial Angles of α=β=γ≠90°\alpha=\beta=\gamma\ne90\degreeα=β=γ​= ?

Minerals can form from other minerals when exposed to

Strong field ligand is which give small splitting energy

The energy diagram of the d orbital energy splitting complexes in octahedral geometry, shows the d orbitals with higher in energy (eg) which refer to _____________ d orbitals

Crystal field strength of the ligand is inverse proportional to splitting energy

1 delta is similar toDq

The splitting of orbital energies is called the crystal field effect

The energy diagram of the d orbital energy splitting complexes in tetrahedral geometry, shows the d orbitals with higher in energy (t2g) which refer to _____________ d orbitals

Which orbital is very important in CFT?

1 delta is similar to _____ Dq.

Tetrahedral complexes are

Grain boundary is