Home
Class 12
CHEMISTRY
Isomers which can be interconverted by r...

Isomers which can be interconverted by rotation of the moleucle around single bond are (1) Geometrical isomers (2) Enantiomers (3) Conformers (4) Diastereomers

A

Geometrical isomers

B

Enantiomers

C

Conformers

D

Diastereomers

Text Solution

Verified by Experts

Promotional Banner

Topper's Solved these Questions

  • STEREOCHEMISTRY

    BRILLIANT PUBLICATION|Exercise LEVEL-II|19 Videos

  • STEREOCHEMISTRY

    BRILLIANT PUBLICATION|Exercise LEVEL-II (ASSERTION - REASON TYPE)|2 Videos

  • SOLUTIONS

    BRILLIANT PUBLICATION|Exercise Level-III (Linked Comprehension Type)|12 Videos

  • SURFACE CHEMISTRY

    BRILLIANT PUBLICATION|Exercise QUESTIONS (LEVEL - II) (ASSERTION REASON TYPE QUESTIONS) |6 Videos

Similar Questions

Explore conceptually related problems

A spacial arrangements of atoms which can be converted into one another by rotation arround a C-C single bond are called conformations. i) Represent Sawhorse and Newman projection formulae of staggered and eclipsed conformation of ethane.

A spacial arrangements of atoms which can be converted into one another by rotation arround a C-C single bond are called conformations. ii) Comapare the stabilities of staggered and eclipsed conformations.

How many single bonds are there in the carbon tetrachloride? (3,4,2,1)

Statement 1 , All compounds having C=C bond exhibit geometrical isomerism. Statement 2 : Rotation about C=C bond is restricted.

Geometrical isomers are stereo isomers which differ in their positions of atoms or groups in space. Represent geometrical isomer of 1,2-dichloroethene.

Conformations are those special arrangements which are obtained by rotation around sigma bonds. Draw the staggered and eclipsed conformation of ethane.

Assertion : The geometrical isomers of the complex [M(NH_3)_4 Cl_2] are optically inactive. Reason : Both geometrical isomers of the complex [M(NH_3)_4 Cl_2] possess axis of symmetry. .

Alkenes show geometrical isomerism due to (1) Asymmetry (2) Rotation around a single bond (3) Resonance (4) Restricted rotation around a double bond