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Test: Isomerism of coordination compounds - JEE MCQ


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20 Questions MCQ Test - Test: Isomerism of coordination compounds

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Test: Isomerism of coordination compounds - Question 1

Which of the following molecule(s) is/are showing optical isomerism?

Detailed Solution for Test: Isomerism of coordination compounds - Question 1
Optical isomerism is shown by:
(i) complexes of the type containing one symmetrical bidentate ligand.
(ii) complexes of the type
containing a symmetrical bidentate ligand.
(iii) complexes of the type
So, from the given option, only
Shows optical isomerism and the others doesn't.
Test: Isomerism of coordination compounds - Question 2

The complex that exists as a pair of enantiomers is

Detailed Solution for Test: Isomerism of coordination compounds - Question 2

[Co(en)3]3+, where, en = (NH2CH2CH2NH2)
The complex show optical isomerism. Optical isomers are mirror image that cannot be superimposed on one another. These are called as enantiomers. The molecules or ions that cannot be superimposed are called chiral.

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Test: Isomerism of coordination compounds - Question 3

Which of the following pairs of structures represent facial and meridional isomers (geometrical isomers) respectively?

Detailed Solution for Test: Isomerism of coordination compounds - Question 3

exhibits fac-mer isomerism.

Test: Isomerism of coordination compounds - Question 4

and are example of which type of isomerism

Detailed Solution for Test: Isomerism of coordination compounds - Question 4

The two given compounds have same composition but in solution both will give different ions. This type of isomerism is known as ionisation isomerism.

Test: Isomerism of coordination compounds - Question 5

Which of the following types of isomerism is exhibited by
[Co(NH3)5(NO2)](NO3)2
i. Optical
ii. Linkage
iii. Ionization
iv. Coordination

Detailed Solution for Test: Isomerism of coordination compounds - Question 5

No optical isomerism is exhibited by the given complex as there is a plane of symmetry.
Linkage isomers :-
and
Ionization isomers:-
and
For coordination isomerism, both, cationic and anionic entities are required.

Test: Isomerism of coordination compounds - Question 6
Which among the following doesn't form a white precipitate with solution?
Detailed Solution for Test: Isomerism of coordination compounds - Question 6
The complex contains elements of symmetry and is optically inactive. It does not give white precipitate with silver nitrate solution as chlorine is present in coordination sphere.


Test: Isomerism of coordination compounds - Question 7

Consider the following complexes.

Find the number of complexes will show geometrical isomerism.

Detailed Solution for Test: Isomerism of coordination compounds - Question 7

[MA6] No. of geometrical isomers [MA5 B] No. of geometrical isomers  Each show 2 geometical isomers
Thus, 3 complexes will show geometrical isomerism.

Test: Isomerism of coordination compounds - Question 8

Total number of geometrical isomers from the complex [RhCl(CO)(PPh3)(NH3)] is

Detailed Solution for Test: Isomerism of coordination compounds - Question 8


The number of geometrical isomers is 3 .

Test: Isomerism of coordination compounds - Question 9
Which of the following complex will show geometrical as well as optical isomerism (en=ethylenediammine)
Detailed Solution for Test: Isomerism of coordination compounds - Question 9
is a complex of the type which is octahedral. Such compounds exhibit optical and geometrical isomerism both.
Test: Isomerism of coordination compounds - Question 10

[Co(NH3)5SO4]Br and [Co(NH3)5Br]SO4 are a pair of isomers.

Detailed Solution for Test: Isomerism of coordination compounds - Question 10


the molecular formula of both of the above compounds is same but on ionisation they give different ions in solution, so they are called ionisation isomers.

Test: Isomerism of coordination compounds - Question 11
Which of the following will give maximum number of isomers?
Detailed Solution for Test: Isomerism of coordination compounds - Question 11
The complex ion can
exhibit geometrical and linkage isomerism
Test: Isomerism of coordination compounds - Question 12

The complex given is


(i) non-superimposable on its mirror images
(ii) optically active
(iii) rotate plane polarised light
(iv) planar

Detailed Solution for Test: Isomerism of coordination compounds - Question 12

Complex is not superimposable on its mirror image hence optically active i.e., rotate plane polarized light.

Test: Isomerism of coordination compounds - Question 13
exhibits
Detailed Solution for Test: Isomerism of coordination compounds - Question 13
The given compound may have linkage isomerism due to presence of group which may be in the form or -ONO.
It may have ionisation isomerism due to presence of two ionisable groups

It may have geometrical isomerism in the form of cis trans form as follows:
Test: Isomerism of coordination compounds - Question 14
Coordination number of is six. A complex with , en and superoxide will be in the ratio to make complex
Detailed Solution for Test: Isomerism of coordination compounds - Question 14
As co-ordination of is 6
en are bidentate ligands while is unidentate
so
Test: Isomerism of coordination compounds - Question 15

For complex ion/compound formation reactions
(I)
(II) excess
(III) gly excess
(IV) en excess
which of the following complex ion/compound does not exhibit optical activity?

Detailed Solution for Test: Isomerism of coordination compounds - Question 15

with DMG (dimethylglyoxime) form square planar complex which is obtically inactive. While and are optically active as they do not have P.O.S.

Test: Isomerism of coordination compounds - Question 16
An octahedral complex with molecular composition has two isomers,
A and . The solution of gives a white precipitate with solution and the solution of B gives white precipitate with solution. The type of isomerism exhibited by the complex is:
Detailed Solution for Test: Isomerism of coordination compounds - Question 16
The two possible isomers for the given octahedral complex are and . They respectively give chloride ion (indicated by precipitation with ) and ion (indicated by precipitation with ). Hence the type of isomerism exhibited by the complex is ionization isomerism.
Test: Isomerism of coordination compounds - Question 17
Type of isomerism which exists between and is :
Detailed Solution for Test: Isomerism of coordination compounds - Question 17
The compound shows linkage isomerism because the ligand in the compound is an ambidenate ligand that can bond at more than one atomic site. i.e., and
Test: Isomerism of coordination compounds - Question 18
Which of the following complex ions will exhibit optical isomerism? -diamine ethane .
Detailed Solution for Test: Isomerism of coordination compounds - Question 18
Non superimposable mirror images are called optical isomers and may be described as "chiral'. They are also called enantiomers and rotate plane polarised light in opposite directions.
Test: Isomerism of coordination compounds - Question 19
The complex ion
will give
Detailed Solution for Test: Isomerism of coordination compounds - Question 19
Complexes of the type may exist in three isomeric form. Similarily may exist in three isomeric form.
Test: Isomerism of coordination compounds - Question 20



Which of them show optical as well as geometrical isomerism?
Detailed Solution for Test: Isomerism of coordination compounds - Question 20
neither G.I. nor OI
G. I as well as
does not show G.I. while
show Ol
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