In a coordination entity, the electronic configuration of the central metal ion is `t_(2g)^(3) e_g^(1)`
Draw the crystal field splitting diagram for the above complex.

Using CFT depict the electronic configuration of the rhodium ion (Rh^(2+)) in an octahedral field for which the crystal field splitting Delta_(0) is greater than the pairing eneryg P (b) Calculate the crystal field stabilisation energey for this configuration (in terms of Delta andP) .

The coordination number and oxidation number of the central metal ion in the complex [Pt(en)_2]^(+2) is-

Electronic configuration of [Cu(NH_(3))_(6)]^(2+) on the basis of crystal field splitting theory is

In the cystal field of the complex [Fe(Cl)(CN)_(4)(O_(2))]^(4-) the electronic configuration of metalis found to be t_(2g)^(6),e_(g)^(o) then which of the following is/are true about this complex ion :

a) Give the electronic configuration of the d-orbitals of Ti in [Ti(H_(2)O)_(6)]^(3+) ion in the otahedral crystal field. b) Why is this complex coloured. Explain on the basis of distribution of electrons in d-orbitals,

On the basis of crystal field theory. Write the electronic confirguration of d^(6) in terms of t_(2g) " and " e_(g) in an octahedral field when D_(0) lt P.