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Coordination Compounds

Complex and complex stability

The complex [{Ni}({en})_{3}] {Cl}_{2}[{~A}] is more stable tha

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Solving time: 3 mins

The complex $[Ni (en)_{3}] Cl_{2} [A]$ is more stable than $[Ni (NH_{3})_{6}] Br_{2} [B]$ because

A uses

3 d

orbitals while

B

uses

4 d

orbitals for hybridization

A shows geometric isomerism while

B

does not

A contains bidentate ligands while

B

has monodentate ligands

The anion in complex

B

is larger than that in complex

A

Views: 6,128 students

Updated on: Feb 8, 2023

Book:

IIT JEE Super Course in Chemistry: Inorganic Chemistry (Pearson)

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Alexander Discussed

The complex

[Ni (en)_{3}] Cl_{2} [A]

is more stable than

[Ni (NH_{3})_{6}] Br_{2} [B]

because

9 mins ago

Discuss this question LIVE

9 mins ago

Text solutionVerified

Since complex

A

contains bidentate ligand, it forms a chelate structure. This increases the stability of the ligand.

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Question Text	The complex $[Ni (en)_{3}] Cl_{2} [A]$ is more stable than $[Ni (NH_{3})_{6}] Br_{2} [B]$ because
Updated On	Feb 8, 2023
Topic	Coordination Compounds
Subject	Chemistry
Class	Class 12
Answer Type	Text solution:1 Video solution: 3
Upvotes	392
Avg. Video Duration	11 min

The complex $[Ni (en)_{3}] Cl_{2} [A]$ is more stable than $[Ni (NH_{3})_{6}] Br_{2} [B]$ because

Text solutionVerified

Filo tutor solutions (3)

Practice questions from IIT JEE Super Course in Chemistry: Inorganic Chemistry (Pearson)

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The complex $[Ni (en)_{3}] Cl_{2} [A]$ is more stable than $[Ni (NH_{3})_{6}] Br_{2} [B]$ because