Eclipsed And Staggered Conformation Of Ethane

Eclipsed And Staggered Conformation Of Ethane. The staggered conformation of ethane is a more stable, lower energy conformation than the eclipsed conformation because the eclipsed conformation involves unfavorable interactions between hydrogen. Representation of eclipsed and staggered conformation.

In a system where there is ample energy to allow ethane to surpass the energy barrier necessary to get it into a eclipsed position, then at any given time you will find ethanes. The staggered conformation ( dihedral angles = 60 o) is more stable than the eclipsed conformation (dihedral angles = 0 o ).

Eclipse Conformation Is One Of The Highest Conformations.

Comparing the stability between staggered and eclipsed conformation:

The Extra 12 Kj/Mol Of Energy Present In The Eclipsed Conformation Of Ethane Is Called Torsional Strain.

This is the eclipsed conformation of ethane.

Correct Option Is A) The Staggered Conformation Is The Most Stable Of All Possible Conformations Of Ethane Since The Angles Between C−H Bonds On.

Images References :

Comparison Of The Numbers And Kinds Of Symmetry Elements In Eclipsed And Staggered Ethane.

The extra 12 kj/mol of energy present in the eclipsed conformation of ethane is called torsional strain.

The Staggered Conformation Of Ethane Is A More Stable, Lower Energy Conformation Than The Eclipsed Conformation Because The Eclipsed Conformation Involves Unfavorable Interactions Between Hydrogen.

The eclipsed structure is important not because it is highly populated , but because its energy relative to the staggered structure defines how much energy is required to complete a rotation in ethane.