it's because there are too many other minerals which share the same property.
Because they each are made of different elements and therefore have different chemical compositions.
Graphite is a naturally occurring mineral that has many useful properties. It is a dry lubricant meaning it does not require any water or oil to lubricate surfaces. Graphite is useful as a dry lubricant because of its following properties: It is non-reactive and chemically inert meaning it does not interact with other compounds and will not corrode or react with other surfaces. It has a low coefficient of friction meaning that surfaces coated in graphite will slide against each other with minimal resistance. It is electrically conductive meaning it can be used to dissipate static electricity. It is thermally conductive meaning it can help dissipate heat from surfaces it coats.These properties make graphite a useful dry lubricant in many applications such as in the manufacture of locks automotive parts and even as a coating for medical instruments.
Partial molar properties are useful thermodynamic properties because their molar average equals the property itself. In this article, we present a description of partial properties in general, and we show that for many partial properties, partial molar properties being a subset, the property is a molar average of the partial properties. Although partial molar properties remain the most useful, several of the other partial properties could have practical applications. © 2009 American Institute of Chemical Engineers AIChE J, 2009
Because diamonds are the stringest substance it is great to make other appliance stronger
1. Rock must crushed and separated into useful metal and ore 2. Magnets are used to separate some of the metals 3. The rock is then mixed with other metals to make alloys that have more useful physical and chemical properties
because it is not the color that matters but the jedbots that matters.
Color and streak would be the least useful, because they may be shared by a multitude of other minerals.
Color and streak would be the least useful, because they may be shared by a multitude of other minerals.
Testing serveral properties is useful because some minerals many have similar or the same properties as each other. Testing several properties greatly reduces the chances of a misidentification.
well they have many useful properties. one of them is that they can sing and the other is they can dance.:)
Gemstones Metals Other useful minerals
Because they each are made of different elements and therefore have different chemical compositions.
Although minerals may have habits which include varying dimensions of height versus width, thickness is not a term normally associated with mineral characteristics. The usual characteristics used in mineral identification are luster, hardness, crystal system, streak color, specific gravity, and other properties which may depend on laboratory testing.
a pancake
the color of a mineral specimen can vary, depending on many variables. however, other properties of identifying a mineral are more trustworthy and stable.
For simple identification purposes you should ask: what is the hardness of the mineral compared to other minerals; what is the color (streak) of the mineral when scratched on an unglazed porcelain ceramic surface; and does the mineral react with dilute hydrochloric acid or vinegar, indicating whether or not it's a carbonate mineral. Other identifiers would be the mineral's specific gravity, lustre, and crystal classification.
Yes, because you can use the Mohs scale and use other things.