Research by Kistiakowsky and co-authors on addition reactions led to the discovery of this phenomenon. The Baker-Nathan effect combines the inductive effect and this phenomenon, and the antiperiplanar requirement for the beta-silicon effect to occur can also be explained with this interaction. The negative form of this phenomenon often occurs in organoflouride systems, and this phenomenon also rationalizes the rotational barrier in alkanes, justifying the preference for carbon-carbon bonds to be gauche rather than be eclipsed. Electrons on the beta carbon of a compound can stabilize a carbocation in,  for 10 points, what electronic interaction by which sigma bond electrons interact with empty antibonding or filled bonding pi orbitals to provide stability to an organic molecule?
Research by Kistiakowsky and co-authors on addition reactions led to the discovery of this phenomenon. The Baker-Nathan effect combines the inductive effect and this phenomenon, and the antiperiplanar requirement for the beta-silicon effect to occur can also be explained with this interaction. The negative form of this phenomenon often occurs in organoflouride systems, and this phenomenon also rationalizes the rotational barrier in alkanes, justifying the preference for carbon-carbon bonds to be gauche rather than be eclipsed. Electrons on the beta carbon of a compound can stabilize a carbocation in,  for 10 points, what electronic interaction by which sigma bond electrons interact with empty antibonding or filled bonding pi orbitals to provide stability to an organic molecule?
Research by Kistiakowsky and co-authors on addition reactions led to the discovery of this phenomenon.
hyperconjugation