This page comprehensively covers the naming conventions for acids, distinguishing between binary and oxy acids. The content provides systematic approaches for naming both types of acids with specific rules and patterns.

Definition: Binary acids contain hydrogen and one other element, while oxy acids contain hydrogen, oxygen, and another element.

Example: HNO₃ (nitric acid) is an oxy acid, while HCl (hydrochloric acid) is a binary acid.

Highlight: The naming of oxy acids depends on the suffix of the corresponding anion: -ate becomes -ic acid, while -ite becomes -ous acid.

Vocabulary: The prefix "hydro-" and suffix "-ic" are used specifically in naming binary acids.

The page includes detailed examples and naming patterns for various common acids, providing a clear framework for understanding acid nomenclature in chemistry.

This page details the fundamental rules for naming chemical compounds based on their ionic composition and structure. The content focuses on three main scenarios involving different combinations of monoatomic and polyatomic ions.

Definition: Monoatomic ions are single-atom ions, while polyatomic ions consist of multiple atoms bonded together.

Example: In NaCl (sodium chloride), Na+ is a monoatomic cation and Cl- is a monoatomic anion.

Highlight: For compounds containing polyvalent metal cations, Roman numerals must be included in the name to indicate the correct charge.

Vocabulary: Polyvalent metals are those that can form ions with different charges, such as iron (Fe²+ or Fe³+).

The page also includes a comprehensive list of number prefixes used in chemical nomenclature, from mono- (1) to deca- (10), essential for naming molecular compounds.