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Molecular Orbital Energy Diagrams

Match the com...

Question

Match the complexes listed in column-I with the number of unpaired electrons listed in column-II.

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Solution

(A) $N i^{2 +}, 3 d^{2 +}; n = 2$ . (B) $F e^{2 +}, 3 d^{6}; n = 4$ . (C) $C u^{2 +}, 3 d^{9}; n = 1$ . (D) $Z n^{2 +}, 3 d^{10}; n = 0$ .

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Q. Match the complex in List-I with the number of unpaired electrons given in List-II.

Q. Match the complex ions listed in column-I with the characteristics listed in column-II using the codes given below.

Column-I	Column-II
(a) $[N i (N H_{3})_{6}]^{2 +}$	(p) $d^{2} s p^{3}$ and diamagnetic
(b) $[C r (N H_{3})_{6}]^{3 +}$	(q) $s p^{3} d^{2}$ and diamagnetic
(c) $[C o (N H_{3})_{6}]^{3 +}$	(r) $s p^{3} d^{2}$ and two unpaired electrons
(d) $[Z n (N H_{3})_{6}]^{2 +}$	(s) $d^{2} s p^{3}$ and three unpaired electrons.

Q. Match the complex (in Column I) with the unpaired electron of the central ion (in Column II).

Q. Match the extraction process listed in Column I with metals listed in Column II.

Q. Match the extraction processes listed in Column I with metals listed in Column II:

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