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Yes. Granite and Rhyolite have the same composition.
Granite forms underground where magma cools slowly, allowing relatively large crystals to form. Rhyolite forms above ground as lava cools quickly, meaning that any crystals will be small.
Both granite and rhyolite are felsic igneous rocks formed from very viscous silica rich magma. They have essentially the same composition. The difference between them is that granite cools slowly underground, forming large crystals while rhyolite cools rapidly above ground after a volcanic eruption forming small crystals or no crystals.
No. Diorite has the same composition as andesite while Rhyolite has the same composition as granite.
Felsic extrusive igneous rock. It is the volcanic equivalent of granite.
If you take the words 'Red Bluff' and 'thunderbird' out of the question, the answer would be that granite and rhyolite may be composed of the same material, but one (granite) is a result of solidification underground, and the other (rhyolite) solidified above ground.
They are chemically the exact same. Red Bluff Granite Suite is that part of the magma chamber that cooled inside of the Earth; whereas, the Thunderbird Formation is the extrusive/volcanic equivalent.
The difference is the size of grains. Rhyolite is the felsic igneous rock with fine-grained size. Whereas, granite is the equivalent in composition but with coarse-grained size.
Yes. Rhyolite and granite have the same composition. Rhyolite is the volcanic equivalent of granite.
Yes. Granite and Rhyolite have the same composition.
granite or rhyolite
The intrusive counterpart of rhyolite is granite.
Yes. Rhyolite is the volcanic equivalent of granite.
Rhyolite
vesicular rhyolite, rhyolite, granite, and pegmatite!
Granite forms underground where magma cools slowly, allowing relatively large crystals to form. Rhyolite forms above ground as lava cools quickly, meaning that any crystals will be small.
Rhyolite cools faster from magma (lava) than does granite, which forms from slow cooling of magma deep underground. Granite.