In which of the following cases, the synergic bonding takes place at the $π$ -orbital of the ligand?

[P t C l_{3} (C_{2} H_{4}]^{-}

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[N i (P F_{3})_{4}]

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[C r (C_{6} H_{6})_{2}]

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[F e (π - C_{5} H_{5})_{2}]

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Solution

The correct options are
A $[P t C l_{3} (C_{2} H_{4}]^{-}$
B $[N i (P F_{3})_{4}]$
C $[C r (C_{6} H_{6})_{2}]$

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Similar questions

F e (π - C_{5} H_{5})_{2}

F e (C O)_{5}

Column-I	Column-II
(a) $[F e (C O)_{4}]^{2 -}$	(p) Complex having lowest bond length of CO ligand
(b) $[V (C O)_{6}]^{-}$	(q) Follow Sidgwick's rule of E.A.N.
(c) $K [P t C l_{3} (C_{2} H_{4})]$	(r) Synergic bonding is involved in complex/ion
(d) $[F e (H_{2} O)_{5} N O] S O_{4}$	(s) Complex having highest bond length of CO ligand
	(t) Oragnometallic compound

In which one of the following case breaking of covalent bond takes place?

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