SATHEE: Co-Ordination Compounds Question 188

Co-Ordination Compounds Question 188

Question: The oxidation number of $P t$ in ${[P t (C_{2} H_{4}) C l_{3}]}^{-}$ is

[MNR 1993]

Options:

A) + 1

B) + 2

C) + 3

D) + 4

Show Answer

Answer:

Correct Answer: B

Solution:

$[\underset{x}{P t}, \underset{0}{(C_{2}}, H_{4}) \underset{- 1}{C l_{3}},]^{-}$

$x + 0 + 3 x (- 1) = - 1$ , $x - 3 = - 1,$

$x = + 2.$

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Co-Ordination Compounds Question 188

Question: The oxidation number of Pt in [Pt(C2H4)Cl3]− is

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Question: The oxidation number of $P t$ in ${[P t (C_{2} H_{4}) C l_{3}]}^{-}$ is