1) The color of minerals (especially gasses) can change depending on the concentration of said mineral. The more diluted a mineral, the weaker or more washed the color will appear, which can change it's properties.
2) The color of a mineral can also be disturbed by impurities. Diamonds come in all kinds of colors because of microscopic differences within their individual constructs.
3) (just for fun) While "RED" and "BLUE" are univerally understood, "AQUAMARINE" and "CHARTRUSE" can be relative to the person, making them non-absolute.
Scientist identify minerals by Their Special properties. An example of a special propertie is a Chemical Reaction .
Because rocks are made up of minerals but minerals aren't made up of rocks. Rocks are made up of little bits of many minerals. An example is granite. You know how it has speckles in it? Those are a bunch of mineral grains mixed up to form the rock granite.
If you own an undivided one-half interest that means you own a 50% interest in the whole property. That would come into play if the mineral rights, the property, or a portion thereof was sold. For example, if the mineral rights were sold you would be legally entitled to 50% of the net profit. The buyer would be required to cut a check for that amount in your name.
For example sodium and potassium chloride are evaporites.
Rocks are not minerals. They are composed on one or more minerals. For example granite is composed primarily of the minerals quartz, potassium feldspar, and albite. There are some rocks, however, that are composed of substances that aren't minerals. Examples include coal, which is mostly organic, and glassy rocks such as obsidian, pumice, and some varieties of tuff.
Burning is an example of a chemical property because it can only be observed during a chemical reaction called combustion.
Mass, volume, and density are all example of physical properties. Physical properties are any characteristic of a substance that can be observed or measured without changing the material.
Physical properties to a substance can be observed and documented without chemically changing them. Physical property examples are color, smell and size, for example.
Cleavage is a minerals ability to break into even pieces useful for identification. Cleavage in two directions equals Feldspar for example.
A rock's mineral composition is a determining factor in rock identification.
Color is probably one of the least reliable properties used in mineral identification. There are many minerals which have the same color, and many minerals have more than one color. For example, hornblende, axi...
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.
Believe it or not color is the least reliable identification method for a mineral. While it can be very helpful when used along with other types of identification tests, color alone proves nearly useless. This is because several different minerals can have the same color or one mineral can be several different colors. Generally this is due to the varying chemical compositions a single mineral can take on. For example, iron, depending on its oxidation state, can cause the same mineral to be several different colors, leaving the examiner with a large list of possibilities. Also, in another example, there are hundreds of minerals that are known to be green so again the possibilities are endless.
We use Mohs scale of mineral hardness to access the hardness of minerals, which calcite is one example.
A statement of identification would be a sentence that is used to state what something is or who someone is. For example, "I am Ashley" would be a type of identification statement.
Physical Property are those that can be observed or measured without affecting the composition of the sample. Density, hardness, viscosity, malleability, solubility, melting temperature, and boiling temperature are some examples of physical property.
Calcium and iron are examples of minerals, essential nutrients that our bodies need in small amounts to function properly. Minerals play important roles in various bodily functions such as bone health, oxygen transport, and enzyme function.