When an electron from a lower energy d-orbital is excited to a higher energy d-orbital (i)The energy of excitation corresponds to the frequencey of light absorbed. (ii) This frequency generally lines in the visible region. (iii) The colour observed corresponds to the compementary colour of the light absorbed. (iv) The frequencey of the light absorbed is determined by the nature of the ligand. Which one of the above mentioned statements are correct?A. I,II and IvB. I,II and IIIC. I,II,III,and IvD. II and iv

When an electron from a lower energy d-orbital is excited to a higher

1.	When an electron from a lower energy d-orbital is excited to a higher energy d-orbital (i)The energy of excitation corresponds to the frequencey of light absorbed. (ii) This frequency generally lines in the visible region. (iii) The colour observed corresponds to the compementary colour of the light absorbed. (iv) The frequencey of the light absorbed is determined by the nature of the ligand. Which one of the above mentioned statements are correct?A. I,II and IvB. I,II and IIIC. I,II,III,and IvD. II and iv
Answer» Correct Answer - D When an electron from a lower energy d-orbital is excitated to a higher energy d-orbital, the energy of excitation corresponds to the frequancy of light absorbed. This frequency generally lines in the visible region. The coloue observed corresponds to the complementary colour of the light absorbed. The frequency of light absorbed is determined by the nature of the ligand.