Compounds which give different ions in solution although they have same composition are called:

Linkage isomerism

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Structural isomerism

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Coordinate isomerism

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Ionisation isomerism

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Solution

The correct option is D
Ionisation isomerism

Compounds which give different ions in solution although they have same composition are called ionisation isomerism.

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Similar questions

The compounds $[C o (S O_{4}) (N H_{3})_{5}] B r$ and $[C o (S O_{4}) (N H_{3})_{5}] C l$ represent
(a) linkage isomerism
(b) ionisation isomerism
(c) coordination isomerism
(d) no isomarism

What kind of isomerism exists between $[C r (H_{2} O)_{6}] C l_{3} (v i o l e t)$ and $[C r (H_{2} O)_{5} C l] C l_{2} . H_{2} O (g r e y i s h - g r e e n)$ ?
(a) Linkage isomerism
(b) Solvate isomerism
(c) Ionisation isomerism
(d) Coordination isomerism

Q. Define linkage and ionisation isomerism?

[Pt(NH₃)₄Cl₂]Br₂ and [Pt(NH₃)₄Br₂]Cl₂ is a type of:

Due to the presence of ambidentate ligands coordination compounds show isomerism. Palladium complexes of the type $[P d (C_{6} H_{5})_{2} (S C N)_{2}]$ and $[P d (C_{6} H_{5})_{2} (N C S)_{2}]$ are
(a) linkage isomers
(b) coordination isomers
(c) ionisation isomers
(d) geometrical isomers

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Compounds which give different ions in solution although they have same composition are called:

The correct option is D Ionisation isomerism Compounds which give different ions in solution although they have same composition are called ionisation isomerism.

The correct option is D
Ionisation isomerism

Compounds which give different ions in solution although they have same composition are called ionisation isomerism.