Which conformations are most stable?
Which conformations are most stable?
The staggered conformation is the most stable of all possible conformations of ethane, since the angles between C-H bonds on the front and rear carbons are maximized which minimizes the energy.
Which cyclohexane conformation has most energy?
The boat conformation
The boat conformation has the highest energy of all three conformations. In the boat conformation, carbon atoms 2, 3, 5, and 6 are in the same plane with carbon atoms 1 and 4 in another plane.
What conformation of cyclohexane is most stable?
The chair conformation
The chair conformation is the most stable conformation of cyclohexane.
What is the least stable conformation of cyclohexane?
The least stable conformation of cyclohexane is half chair conformation.
Which Cycloalkane is more stable?
Cyclohexane
Q. Assertion :Cyclohexane is the most stable Cycloalkane. Reason: Cyclopropane and cyclobutane are less stable due to angle strain and torsional strain.
Which is the least stable cyclohexane conformation?
half chair conformation
The least stable conformation of cyclohexane is half chair conformation.
Is axial or equatorial more stable?
A conformation in which both substituents are equatorial will always be more stable than a conformation with both groups axial.
Which of the following cyclohexane conformation has the most energy least stable )-?
Answer. half – chair has the MOST energy and is the least stable.
Which is the most stable conformation of cyclohexane and why?
Putting large groups in the equatorial position to eliminate 1,3-diaxial strain is energetically favorable. Because large groups prefer to be equatorial, the most stable conformer for cis-1,3-dimethylcyclohexane is the diequatorial conformer, shown here. The diaxial conformer would be higher in energy.
Which conformation is more stable and why?
Staggered conformation of ethane is most stable while eclipsed conformation is least stable because staggered form has the least torsional strain and the eclipsed form has the maximum torsional strain.
