Adolph-Strecker amino acid synthesis is one process that creates amino acids naturally from these, and these can be fully reduced to alkanes when they undergo the Wolff-Kishner reduction. Acyloins are a special type of these that react with the Tollen's reagent, and the Wittig reaction produces alkenes from these. Unlike aldehydes, they have two hydrocarbon groups attached to the carbon atom of their carbonyl group. Types of these include di-, cyclic, and unsaturated. For ten points, name these substances that are formed from the oxidation of alcohols, the simplest example of which is the solv
Adolph-Strecker amino acid synthesis is one process that creates amino acids naturally from these, and these can be fully reduced to alkanes when they undergo the Wolff-Kishner reduction. Acyloins are a special type of these that react with the Tollen's reagent, and the Wittig reaction produces alkenes from these. Unlike aldehydes, they have two hydrocarbon groups attached to the carbon atom of their carbonyl group. Types of these include di-, cyclic, and unsaturated. For ten points, name these substances that are formed from the oxidation of alcohols, the simplest example of which is the solvent acetone.
Adolph-Strecker amino acid synthesis is one process that creates amino acids naturally from these, and these can be fully reduced to alkanes when they undergo the Wolff-Kishner reduction.
{ketones}