In carbon 13 NMR, this compound has a single peak and 27.1 ppm. Using platinum oxide and hydrogen in acetic acid will reduce benzene to this compound. Substituted ones try to reduce 1 3 diaxial interaction and flagpole hydrogens can destabilize one form of this compound. Its most stable conformation is one in which the carbon-carbon bonds are strai
In carbon 13 NMR, this compound has a single peak and 27.1 ppm. Using platinum oxide and hydrogen in acetic acid will reduce benzene to this compound. Substituted ones try to reduce 1 3 diaxial interaction and flagpole hydrogens can destabilize one form of this compound. Its most stable conformation is one in which the carbon-carbon bonds are strained, half of the hydrogens are in an axial position, and the other half are in the equatorial position making the molecule strain free. Its conformations include the twist, boat, and chair.  For 10 points, name this alkane with a saturated six member carbon ring.
In carbon 13 NMR, this compound has a single peak and 27.1 ppm.
cyclohexane