Inside Boat

Cyclo hexane is more stable in chair form than in boat form due to following reasons in chair form c-h bonds at adjacent carbons are staggered but in boat form some c - h bonds are fully eclipsed in boat form there is repulsion between flagpole hy.... This organic chemistry video tutorial focuses on the chair conformation of cyclohexane. it shows how to draw the most stable conformation. it contains a few notes, examples, and practice problems. We begin by studying the most stable conformation of cyclohexane, which has completely staggered dihedral angles at each of the six c-c bonds. this conformation is not flat but is folded into the shape of a lawn chair, so it is called the chair conformation..

How to draw the chair conformation of cyclohexane - dummies

3.2: conformations of cyclic organic molecules - chemistry

Ring strain and the structure of cycloalkanes - chemistry

Conformation. in the pictures below, the methyl in the equatorial position is more stable because it avoids interaction with the hydrogen atoms. the larger the group is, the more it will tend to remain in the equatorial position. therefore, when trying to determine which chair is more stable, place the larger group in the equatorial position.. Chair and boat shapes for cyclohexane. well, what's more stable? that's actually one of the main points of being able to visually think about the three dimensional structure of any of these hydrocarbons, or in this case cyclohexane. from this ch2 as possible. so in that situation, we have a lower potential energy, or it is a more stable. Drawing boat and chair conformations requires identifying the c-c bonds and the bonded substituents. the chair view is the more stable cyclohexane and the boat view is less stable, but both require 3-d representations of bent bonding patterns..

chair boat conformation more stable