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Air is a homogeneous mixture of gases like nitrogen and oxygen.
Air is an example where gases are evenly mixed and cannot be separated by simple means.
A mixture in which the components are uniformly distributed and cannot be visually distinguished from one another.
Saltwater is a homogeneous mixture because the salt dissolves completely and spreads evenly throughout the water.
Saltwater demonstrates uniform distribution where salt particles are invisible to the naked eye.
Brass is a homogeneous mixture of copper and zinc, making it uniform in appearance and properties.
Brass shows how metals can combine to form a single, consistent material.
In chemistry, homogeneous mixtures are also called solutions. They have a single phase (solid, liquid, or gas) throughout.
In a homogeneous mixture (like saltwater), you cannot see the individual components. In a heterogeneous mixture (like sand in water), you can see separate parts.
They have only one visible phase (e.g., liquid, gas) and uniform properties throughout.
From Greek 'homos' (same) + 'genos' (kind) + Latin 'mixtura' (mixing). The term entered scientific English in the 19th century to describe uniform compositions.
Commonly used in chemistry and materials science. Do not confuse with 'homogeneous' (adjective) alone, which describes uniformity in other contexts (e.g., homogeneous society).