ethyl

In organic chemistry terms the difference between ethyl and ethylic

is that ethyl is the univalent hydrocarbon radical, C₂H₅, formally derived from ethane by the loss of a hydrogen atom while ethylic is pertaining to, derived from, or containing ethyl.

As a noun ethyl

is the univalent hydrocarbon radical, C₂H₅, formally derived from ethane by the loss of a hydrogen atom.

As an adjective ethylic is

pertaining to, derived from, or containing ethyl.

As nouns the difference between ethyl and ethylin

is that ethyl is the univalent hydrocarbon radical, C₂H₅, formally derived from ethane by the loss of a hydrogen atom while ethylin is any of several ethyl ethers of glycerol.

As nouns the difference between ethyl and cocaethylene

is that ethyl is the univalent hydrocarbon radical, C₂H₅, formally derived from ethane by the loss of a hydrogen atom while cocaethylene is the ethyl ester of benzoylecgonine, structurally similar to cocaine, formed in vivo when cocaine and ethyl alcohol have been ingested simultaneously.

As nouns the difference between ethyl and ethylphenol

is that ethyl is while ethylphenol is (organic compound) any of three isomeric ethyl derivatives of phenol, but especially 4-ethylphenol , which is responsible for a musty smell in some wines.

As nouns the difference between ethyl and chloroethyl

is that ethyl is while chloroethyl is (organic chemistry|especially in combination) any chloro derivative of an ethyl radical.

As nouns the difference between ethyl and monoethyl

is that ethyl is while monoethyl is (organic chemistry|especially in combination) a single ethyl group in a molecule.

As nouns the difference between ethyl and desflurane

is that ethyl is while desflurane is (medicine) the compound perfluoro methyl ethyl ether, which is used for maintenance of general anaesthesia.

As nouns the difference between ethyl and ethylation

is that ethyl is while ethylation is (organic chemistry) any reaction that introduces an ethyl group into a molecule.

As nouns the difference between ethyl and carboethoxy

is that ethyl is while carboethoxy is (organic chemistry|in combination) an ethyl ester of a carboxylic acid when used as a substituent -co₂-ch₂ch₃.

As nouns the difference between ethyl and ethylmaleimide

is that ethyl is while ethylmaleimide is (organic compound) an n-ethyl derivative of maleimide that is used to modify cystine residues in proteins and peptides.