Definition: Ketones contain a carbonyl group $C=O$ between carbon atoms, while aldehydes have the carbonyl group at the end of the chain.

Example: The compound "5-oxoheptan-2-ene" demonstrates the naming convention for ketones with additional unsaturation.

Vocabulary: Carboxylic acids end with the suffix "-oic acid," while esters use the format "...oate de...yle."

Highlight: Amines and amides represent nitrogen-containing compounds with distinct naming patterns and structural characteristics.

Definition: Saturated chains contain only single bonds, while unsaturated chains have double or triple bonds.

Example: The Z/E nomenclature system describes the spatial arrangement of groups around double bonds.

Vocabulary: "Zusammen" (Z) indicates groups on the same side, while "Entgegen" (E) indicates groups on opposite sides of a double bond.

Highlight: The position and type of branching are crucial factors in naming organic compounds.

Definition: Polymers are large molecules formed by combining many smaller molecules (monomers) through various reaction mechanisms.

Example: Polyethylene formation demonstrates polyaddition, while polyester formation shows polycondensation.

Vocabulary: Primary, secondary, and tertiary classifications apply to amines and halogenoalkanes based on their substitution patterns.

Highlight: Priority rules for naming polyfunctional molecules ensure consistent nomenclature when multiple functional groups are present.

Definition: Alkanes are saturated hydrocarbons with the general formula CnH2n+2, where n represents the number of carbon atoms.

Example: Propane (C3H8) demonstrates the basic naming pattern for three-carbon alkanes.

Vocabulary: Halogeno-alkanes contain halogen atoms (Cl, Br, F, I) attached to the carbon chain, with prefixes chloro-, bromo-, fluoro-, and iodo- respectively.

Highlight: The position of functional groups is indicated by numbers in the compound name, as shown in "2-bromohexane."