What Is Eclipsed And Staggered Conformation. The staggered conformation of ethane is a more stable, lower energy conformation than the eclipsed conformation because the eclipsed conformation involves. We started with the staggered conformation of butane right here, which has a certain potential energy, and we went from this staggered conformation to this eclipsed.
This is called eclipsed conformation. Want to join the conversation?
Conformation In Which Hydrogen Atoms Are Attached To Two Carbons Stay Nearest To Each Other As Possible Is Known As.
How to represent the staggered and eclipsed conformations of ethane.watch the next lesson:
For This Class, We Will Always Find That The Most Stable Conformation Is Staggered (I.e., 1, 3 Or 5 ), And The Least Stable Is Eclipsed (I.e., 2, 4 Or 6 ).
We started with the staggered conformation of butane right here, which has a certain potential energy, and we went from this staggered conformation to this eclipsed.
The Staggered Conformer Is Lower In Energy By 14 Kj/Mol.
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2) Gauche, When The Methyl Groups Are Staggered But Next To Each Other;
The staggered conformer is lower in energy by 14 kj/mol.
The Eclipsed Conformation Is Said To Suffer Torsional Strain Because Of Repulsive Forces Between Electron Pairs In The CโH Bonds Of Adjacent Carbons.
The ecipsed conformation of ethane is more stable than staggered conformation even though the eclipsed conformation has torsional strain.
Conformation In Which Hydrogen Atoms Attached To Two Carbons Are Aligned Exactly Behind The H Of First Carbon As The Projection Of Its Bonds With H Atoms, Is Called Eclipsed.