addition and elimination reactions

The reactions in which a small molecule is removed from adjacent carbon atoms resulting in the formation of additional (multiple) bond between them are called elimination reactions. For example,..

Ethyne undergoes addition reactions to give saturated compound..

Reactions in which two molecules react to form a single product are called addition reactions. For example, Depending upon the type of attacking reagent, the substitution or addition reactions are also classified as free radical, electrophilic ..

The p electrons of the carbon-carbon-double bond are available to an electrophile (any species seeking electrons). Thus, the addition reactions shown by alkenes are in fact electrophilic addition reactions. addition product Some additionh..

Hydrogen peroxide is capable of adding itself to double bond...

Elimination Reactions (Dehydrohalogenation) - Haloalkanes undergo elimination of hydrogen halide (HX) when boiled with alcoholic solution of potassium hydroxide, resulting in the formation of alkenes. As the hydrogen atom present at b -position of haloalkane (i.e., on ..

Haloalkanes undergo elimination of hydrogen halide (HX) when boiled with alcoholic solution of potassium hydroxide, resulting in the formation of alkenes. As the hydrogen atom present at b -position of haloalkane (i.e., on the carbon atom next to the one carrying the halogen) is re..

Aldehydes and Ketones are highly reactive compounds. They undergo similar reactions because of the presence of a carbonyl functional group in both of th..

Alkynes also give the following nucleophilic addition reactions..

Being unsaturated, aldehydes and ketones undergo addition reactions. They have a polar carbonyl group. The carbon of the carbonyl group being electrophilic, is readily attacked by the nucleophiles. Hence the most typical reactions of aldehydes and ketones are nucleoph..