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Both types are shown here.
Chair conformation of cyclohexane axial and equatorial. In the figure above the equatorial hydrogens are colored blue and the axial hydrogens are black. Equatorial substituents are in blue. Chair conformation and axial equatorial stability in organic chemistry we often deal with cyclic compounds.
A second much less stable conformer is the boat conformation. At 100 c 91 3 of equatorial conformation and 8 7 of axial conformation exists in equilibrium. A cyclohexane chair contains two kinds of hydrogens axial hydrogens and equatorial hydrogens.
We start with the notion that the conformation of cyclohexane derivatives is based on the chair. Axial and equatorial are types of bonds found in the chair conformation of cyclohexane the chair conformation is the most stable conformation of cyclohexane axial positions are perpendicular to the plane of the ring and equatorial positions are around the plane of the ring the bond angles in this conformation are 110 9. Axial hydrogens are those hydrogens that stick straight up or straight down parallel to an imaginary axis through the chair.
Equatorial hydrogens are hydrogens that stick out along the equator of the chair. There are two general positions that a substituent can be in for a chair conformation of cyclohexane. At each position one substituent is axial loosely perpendicular to the ring and one is equatorial loosely in the plane of the ring.
A typical cyclic compound is a cyclohexane and these compounds are used in synthetic reactions. Once the first bond is drawn in a newman projection of a chair conformation of cyclohexane ring all of the other bonds axial and equatorial are fixed by the staggered arrangements and the cyclic connections to one another. Axial substituents are labeled in red below.
Thus we can say that at 150 c 88 8 of equatorial conformation and 11 2 of axial conformation exists in equilibrium. Thus at 50 c 93 8 of equatorial conformation and 6 2 of axial conformation exists in equilibrium. Using a molecular model of cyclohexane in the chair conformation remove 1 equatorial hydrogen and replace it with a br atom to make bromocyclohexane and draw this chair structure.
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