To determine which rock type has a greater percentage of biotite, you would typically compare different igneous or metamorphic rocks known for their biotite content. For example, granite often contains less biotite compared to schist or certain types of gneiss, which can have a higher percentage of biotite due to their metamorphic processes. If you have specific rock types in mind, I can provide a more tailored comparison.
If you convert 3/4 to a percentage it would be 75%. Converting 2/3 to a percentage results in 66.67% ... 75% is greater than 66.7% therefore: 3/4 is greater than 2/3.
30%
Same as percentages less than 100. Percentages greater than 100 will reult in a number that is greater than the original, that's all.
In the context of metamorphic grade, biotite is typically found farther down than chlorite and is stable at temperatures lower than those required for garnet formation. Biotite forms in the medium-grade metamorphic conditions, while garnet forms in higher-grade conditions. Thus, biotite represents a transitional mineral between chlorite and garnet in metamorphic rocks.
Items with greater than 1 percent of asbestos minerals are considered to contain asbestos.
Basalt typically contains a greater percentage of biotite compared to rhyolite. Rhyolite is a silica-rich volcanic rock that generally has a lower abundance of mafic minerals like biotite, while basalt, being more mafic, often includes higher amounts of biotite and other ferromagnesian minerals. Therefore, basalt has a higher percentage of biotite than rhyolite.
Rhyolite typically has a greater percentage of biotite compared to basalt. This is because rhyolite is a silica-rich volcanic rock that contains more biotite, a mica mineral, which forms in silica-rich environments. Basalt, on the other hand, is a silica-poor volcanic rock that generally contains lower amounts of biotite.
You would expect to find plagioclase feldspar in a greater variety of igneous rocks compared to biotite. Plagioclase feldspar is a more common mineral and is found in both mafic and felsic rocks, while biotite is typically found in intermediate to felsic rocks.
biotite has a colorless streak
It means that the number that the percentage represents is greater than 1.It means that the number that the percentage represents is greater than 1.It means that the number that the percentage represents is greater than 1.It means that the number that the percentage represents is greater than 1.
no,biotite is not attracted to magetic forces (its not attracted to magnet)
No, biotite cannot scratch glass. Biotite has a hardness of about 2.5 to 3 on the Mohs scale, while glass typically has a hardness of around 5.5. This means that biotite is significantly softer than glass and will not be able to scratch it.
Biotite is a type of mineral that is not typically consumed because it is not considered safe for ingestion. Therefore, it is best not to taste biotite or any other non-food substances.
biotite is used for building appartments,houses,and hardware types of construction ok you get that.
A biotite is a variety of dark brown mica, a mixed aluinosilicate and fluoride of potassium, magnesium and iron.
Biotite is a form of mica, and can be seen without difficulty in the right kind of rocks.
Biotite mica is mined in various countries including India, South Africa, Brazil, and the United States. India is one of the leading producers of biotite mica in the world.