A mineral is a naturally occurring solid formed through geological processes that has a characteristic chemical composition, a highly ordered atomic structure, and specific physical properties.
Physical properties commonly used are
Crystal structure and habit: A mineral may show good crystal habit or form, or it may be massive, granular or compact with only microscopically visible crystals.
Hardness: the physical hardness of a mineral is usually measured according to the Mohs scale. This scale is relative and goes from 1 to 10. Minerals with a given Mohs hardness can scratch the surface of any mineral that has a lower hardness than itself.
Cleavage describes the way a mineral may split apart along various planes. In thin sections, cleavage is visible as thin parallel lines across a mineral.
chemical properties differ according to th mineral.
Some special properties of minerals that apply to only a few include fluorescence (ability to emit light when exposed to ultraviolet light), pleochroism (displaying different colors when viewed from different angles), and iridescence (displaying rainbow-like colors). These unique properties can help in identifying specific minerals.
Cleavage: Minerals can exhibit a property called cleavage, where they break along specific planes due to their crystal structure. Magnetism: Some minerals exhibit magnetic properties, meaning they can be attracted to a magnet or even become permanent magnets themselves. Fluorescence: Some minerals can emit visible light when exposed to ultraviolet rays, a phenomenon known as fluorescence.
Minerals form a special kind of solid called a crystalline solid. This means that the atoms within the mineral are arranged in a specific, repeating pattern that gives the mineral its unique structure and properties.
The four special mineral properties are color, streak, luster, and hardness. Color refers to the outward appearance of a mineral, streak is the color of the mineral's powder, luster is the way light reflects off the mineral's surface, and hardness is the mineral's resistance to scratching.
Silicon is a chemical element commonly found in rocks and sand. It is used in electronics to make semiconductors for computer chips and solar panels due to its special electrical properties. Silicon is a crucial component in modern technology and plays a fundamental role in various industries.
They are the properties that are unique to certain minerals such as flourescence or radioactivity
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Their crystalline structure and physical properties are special.
Scientist identify minerals by Their Special properties. An example of a special propertie is a Chemical Reaction .
They are the properties that are unique to certain minerals such as flourescence or radioactivity
Some special properties of minerals that apply to only a few include fluorescence (ability to emit light when exposed to ultraviolet light), pleochroism (displaying different colors when viewed from different angles), and iridescence (displaying rainbow-like colors). These unique properties can help in identifying specific minerals.
Well, some minerals can be identified by special properties. It's practically just the kind of property a mineral has. Florescence or megnetism is an example of special properties. Hope this helped.
There are a number of properties which are considered to be a special property that applies to only a few minerals. Some of them include magnetism, optical and florescence properties.
Cleavage: Minerals can exhibit a property called cleavage, where they break along specific planes due to their crystal structure. Magnetism: Some minerals exhibit magnetic properties, meaning they can be attracted to a magnet or even become permanent magnets themselves. Fluorescence: Some minerals can emit visible light when exposed to ultraviolet rays, a phenomenon known as fluorescence.
Special properties are unique characteristics or attributes that set something apart from others. They can include rarity, exceptional quality, specific functions, and distinctive features that make the item or object stand out. Special properties often contribute to the value or significance of the item in question.
Minerals are classified by chemical formula, composition, physical properties, optical properties, and special properties. The Dana Classification System is a chemical classification for minerals, and the Strunz Classification System (chemical-structural) are two systems designed for mineral classification.
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