Quartz and mica. Clay minerals come from decomposing feldspars.
biotite mica
They are associated with the late stages of granite intrusions and the minerals formed in pegmatites literally had the time to enjoy the benefits of a slow crystallization process from a rich chemical stew produced by the cooling granite. For an alternate hypothesis, see the link below.
Limestone is a sedimentary rock that is composed largely of the minerals calcite.
The most abundant mineral in the ocean floor is basalt. There are also some other minerals like sand, gravel and granite that are found in the ocean floor.
potassium feldspar i think I had this same question in one of my earth science homeworks and thats what i put so hopefullt its right.
No. Diamonds are found with trace minerals in volcanic pipes, which geologically are not where granite is formed. (Granite is formed from silicate; diamonds are formed from carbon.)
tourmaline
Granite is an igneous rock formed from the cooling of molten magma deep within the Earth's crust, characterized by its interlocking crystals of minerals like feldspar, quartz, and mica. Sandstone, on the other hand, is a sedimentary rock composed of sand-sized mineral particles and rock fragments, usually cemented together by minerals like quartz or calcite. Granite is more durable and resistant to weathering compared to sandstone.
where is mineral diamonds found
biotite mica
The mineral orthoclase is found all over the world. It can also be found in Granite rock. It would be the pink or white crystals in it.
12 percent on a mineral composition table
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.
Metamorphic Rock
It's a clay-forming mineral derivative from weathering of granite.
They are associated with the late stages of granite intrusions and the minerals formed in pegmatites literally had the time to enjoy the benefits of a slow crystallization process from a rich chemical stew produced by the cooling granite. For an alternate hypothesis, see the link below.
What kind of metamorphic rock has its mineral grains arranged in planes or bands