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Aldehyde
C=O (carbonyl at the end of the carbon chain) (Class)

Amide
-CONH2, -CONHR, -CONR2 (Class) bonded to carbon chain after

Amine
-NH2 (Class) no carbon bond after

Phenyl
C6H5- (Functional Group for benzene)
Ether
-OR (alkoxy group) (Class)are in the middle of the carbon chain

Ketone
-C=O (carbonyl group in the middle of a carbon chain) (Class)

alkenyl
C=C bond (Functional Group for alkenes)
Alkynyl
Carbon-to-carbon triple bond (functional group for alkynes)
Carbonyl (A)
CHO (functional group for aldehyde)

Carbonyl (K)
RCOR' functional group for ketones

Carboxyl acid
COOH (class ) end of the chain

Carboxyl
COOC, RCOOR (functional group at the end of carbon chain)

Alkoxy
ROR' (functional group for ethers)

Amido
CONH2 (functional group for amide)

Amino
-NH2 (functional group for amine)

-oxyalkane
ROR (IUPAC suffix for ether class)

-al, -anal
CHO (IUPAC suffix for aldehyde)

-one, -anone
RCOR (IUPAC suffix for ketone’s)

-oic acid, anoic acid
COOH (IUPAC suffix for carboxylic acid)
-anoate
COOC, RCOOR (IUPAC suffix for carboxyl ester)

-anamide
CONH2 (IUPAC suffix for amide)

-anamine
NH2 (IUPAC suffix for amine)

amino-
NH2 (IUPAC prefix for amine)

how are esters formed
esters form when the alkyl group of an alcohol replaces the hydrogen of a carboxylic acid in a condensation reaction