Isomers which have their atoms connected in the same sequence but differ in the way the atoms
are oriented in space - i.e. the difference between two stereoisomers lies only in the three
dimensional arrangement of atoms.
since Cis-3-hexene to trans-3-hexene differs in three dimensional arrangement of atoms and
arrangement is same in 2D space , they are stereo isomers
Solution
Isomers which have their atoms connected in the same sequence but differ in the way the atoms
are oriented in space - i.e. the difference between two stereoisomers lies only in the three
dimensional arrangement of atoms.
since Cis-3-hexene to trans-3-hexene differs in three dimensional arrangement of atoms and
arrangement is same in 2D space , they are stereo isomers.
Unit 3 Emotional Intelligence and Spiritual Intelligence.pdf
Isomers which have their atoms connected in the same sequence but di.pdf
1. Isomers which have their atoms connected in the same sequence but differ in the way the atoms
are oriented in space - i.e. the difference between two stereoisomers lies only in the three
dimensional arrangement of atoms.
since Cis-3-hexene to trans-3-hexene differs in three dimensional arrangement of atoms and
arrangement is same in 2D space , they are stereo isomers
Solution
Isomers which have their atoms connected in the same sequence but differ in the way the atoms
are oriented in space - i.e. the difference between two stereoisomers lies only in the three
dimensional arrangement of atoms.
since Cis-3-hexene to trans-3-hexene differs in three dimensional arrangement of atoms and
arrangement is same in 2D space , they are stereo isomers
