Four of these functional groups are found in TCNQ and TCNE which serve as electron acceptors in the preparation of charge transfer salts. This functional group is coordinated to diethylaluminum in a reagent used to add this functional group via conjugate addition. SN2 substitutions which add this molecule are a common example of Kornblum’s rule. This functional group is found on a family of acrylates used in superglues. Reacting this functional group with a peroxide forms a peroxyimidate which splits into an amide and epoxide. The initiator AIBN contains two of these functional groups, one of which is bound to bromide in a reagent that cleaves peptides at methionine residues. This pseudohalogen is synthesized in a reaction named for Kolbe which also produces isocyanide side products. As a ligand this functionality is called a cyano group. For 10 points name these compounds containing a carbon triple bonded to a nitrogen.
Four of these functional groups are found in TCNQ and TCNE which serve as electron acceptors in the preparation of charge transfer salts. This functional group is coordinated to diethylaluminum in a reagent used to add this functional group via conjugate addition. SN2 substitutions which add this molecule are a common example of Kornblum’s rule. This functional group is found on a family of acrylates used in superglues. Reacting this functional group with a peroxide forms a peroxyimidate which splits into an amide and epoxide. The initiator AIBN contains two of these functional groups, one of which is bound to bromide in a reagent that cleaves peptides at methionine residues. This pseudohalogen is synthesized in a reaction named for Kolbe which also produces isocyanide side products. As a ligand this functionality is called a cyano group. For 10 points name these compounds containing a carbon triple bonded to a nitrogen.
Four of these functional groups are found in TCNQ and TCNE which serve as electron acceptors in the preparation of charge transfer salts.