Configurational isomerism is further divided into geometrical isomerism and optical isomerism

Geometrical isomerism is possible in:

Geometrical isomerism is not shown by

Geometrical isomerism is shown by

Both geometrical and optical isomerisms are shown by

Geometrical isomerism may be possible with

Molecules having same molecular formula. But differing in structure (or) spatial orientation of atom is known isomers and phenomenon known as isomerism. Molecules which differ in structural formula are known as structural isomers and phenomenon is known as structural isomerism structural isomerism can be broadly classified as (i) Chain isomerism (ii) Positional isomerism (iii) Functional isomerism (iv) Metamerism (v) Tautomerism Molecules having same molecular formula but differing in spatial orientation are known as stereo isomers and the phenomenon known as stereo isomerism. Stero isomerism can be classified as (i) Geometrical isomerism (ii) Optical isomerism Which of the following pair exhibit functional isomerism

Molecules having same molecular formula. But differing in structure (or) spatial orientation of atom is known isomers and phenomenon known as isomerism. Molecules which differ in structural formula are known as structural isomers and phenomenon is known as structural isomerism structural isomerism can be broadly classified as (i) Chain isomerism (ii) Positional isomerism (iii) Functional isomerism (iv) Metamerism (v) Tautomerism Molecules having same molecular formula but differing in spatial orientation are known as stereo isomers and the phenomenon known as stereo isomerism. Stero isomerism can be classified as (i) Geometrical isomerism (ii) Optical isomerism How many structural isomers possible for the given compound C_(4)H_(10)O