1) There is no fixed composition in mixtures.
Eg. Copper and tin are mixed together in variable ratios to form brass. Therefore, it is a mixture.
2) Mixtures do not have a fixed boiling point.
This is due to the varying composition of its constituents. Its different
constituents have different boiling points, therefore resulting in its unfixed
boiling point.
3) Mixtures do not have a fixed boiling point.
The reason is similar to the reason given for its unfixed boiling points.
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The three properties of air that show it is a mixture are: (1) uniform composition, (2) components can be separated by physical means, and (3) each component retains its own properties in the mixture.
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A mixture reflect the properties of the components.
A mixture reflect the properties of the components.
When the properties of components are replaced by new properties they form a compound and not a mixture. Mixture retain their individual properties in variable proportions.Ê
When a mixture is created the components of the mixture __________ their individual identities and properties.
Because there is no chemical reaction, the properties of the elements and compounds do not change when they form a mixture.
"Mixture"Each component in a mixture retain its properties.
The part of a mixture that is a blend of the properties from its individual parts is the homogenous mixture. In a homogenous mixture, the substances are evenly distributed and uniform throughout, resulting in a single phase with consistent properties.
Mechanical mixture is a type of mixture where substances are physically combined without any chemical bonding. The properties of a mechanical mixture are a combination of the properties of the individual substances present in the mixture. These properties can include color, texture, density, and solubility, among others.
A mixture has multiple sets of chemical properties because it contains different substances with distinct characteristics. Each component of a mixture retains its individual properties, which can affect the overall behavior and properties of the mixture as a whole.
A mixture reflect the properties of the components.