Tautomerism is a special type of functional isomerism where the isomers exist in equilibrium with each other

Explain functional group isomerism and position isomerism with one example each

Constitutional isomerism is also known as structural isomerism. The isomers which differ in the connectivity of their atoms are called constitutional isomers. Which of the compound will show tautomerism?

Mark the correct options: a) A system X is in thermal equilibrium with Y but not with Z. System Y and Z may be in thermal equilibrium with each other. b) A system X is in thermal equilibrium with Y but not with Z. Systems Y and Z are not in thermal equilibrium with each other. c) A system X is neither in thermal equilibrium with Y nor with Z. The systems Y and Z must be in thermal equilibrium with each other. d) A system X is neither in thermal equilibrium with Y nor with Z. The system Y and Z may be in thermal equilibrium with each other.

Tautomerism is the phenomenon in which two structural isomers differing in the relative position of their atoms are spontaneously interconvertible and can exist in dynamicequilibrium. Tautomers I and II are structural isomers that are related only by the shift of a hydrogen atom an one or more Pi bond.

Tautomerism is the phenomenon in which two structural isomers differing in the relative position of their atoms are spontaneously interconvertible and can exist in dynamicequilibrium. Tautomers I and II are structural isomers that are related only by the shift of a hydrogen atom an one or more Pi bond. Among these compounds, the order of enol contents should be

Tautomerism is the phenomenon in which two structural isomers differing in the relative position of their atoms are spontaneously interconvertible and can exist in dynamicequilibrium. Tautomers I and II are structural isomers that are related only by the shift of a hydrogen atom an one or more Pi bond. The relation between the enol contents X, Y, Z should be

Tautomerism is the phenomenon in which two structural isomers differing in the relative position of their atoms are spontaneously interconvertible and can exist in dynamicequilibrium. CH_(3)-underset((I))overset(O)overset(||)C-CH_(3)iffCH_(3)-underset((II))overset(OH)overset(|)C=CH_(2) Tautomers I and II are structural isomers that are related only by the shift of a hydrogen atom an one or more Pi bond. Among these compounds, the order of enol contents should be

Tautomerism is the phenomenon in which two structural isomers differing in the relative position of their atoms are spontaneously interconvertible and can exist in dynamicequilibrium. CH_(3)-underset((I))overset(O)overset(||)C-CH_(3)iffCH_(3)-underset((II))overset(OH)overset(|)C=CH_(2) Tautomers I and II are structural isomers that are related only by the shift of a hydrogen atom an one or more Pi bond. The relation between the enol contents X, Y, Z should be