Smh its easy it makes a granatial/basaltial mixed rock
If a plate made of granite and a plate made of basalt collided, they would likely break or shatter upon impact due to the intense forces involved. Both granite and basalt are strong and dense rocks, so the collision would result in a high-energy event, potentially causing fragmentation and pulverization of the plates.
Granite is actually high in silica, which is why it is considered a felsic igneous rock. An example of an igneous rock low in silica is basalt, which is mafic in composition and contains less silica than granite.
Basalt and gabbro have higher chemical weathering rates than rhyolite and granite because they contain more ferromagnesian minerals like olivine and pyroxene that are more susceptible to chemical weathering compared to the quartz-rich minerals in rhyolite and granite. This makes basalt and gabbro more prone to breakdown and alteration when exposed to weathering agents like water and acids.
A pegmatite is a rock formed under certain favorable circumstances that enhance the crystal size of the rock. The crystals would be larger than those in basalt, an extrusive igneous rock, and granite, and intrusive igneous rock.
Granite and basalt are both igneous rocks - they are formed from magma extruded into another rock layer or from expulsion from a volcano. The heat of the cooling rock would completely melt any fossils they came into contact with and destroy them, so you don't see fossils in these rocks.
If a plate made of granite and a plate made of basalt collided, they would likely break or shatter upon impact due to the intense forces involved. Both granite and basalt are strong and dense rocks, so the collision would result in a high-energy event, potentially causing fragmentation and pulverization of the plates.
Basalt and pumice.
Most basalt is found in the oceanic plates. Most granite is found in the continental plates.
Basalt would most likely be found on the ocean floor, as it is a common igneous rock formed from the solidification of lava. Shale, granite, and marble are all less likely to be found on the ocean floor, as they are sedimentary and metamorphic rocks that are not typically formed in marine environments.
Granite is actually high in silica, which is why it is considered a felsic igneous rock. An example of an igneous rock low in silica is basalt, which is mafic in composition and contains less silica than granite.
If two large plates of granite collided, they would likely experience intense pressure and fracturing along their boundaries, leading to the formation of new faults and earthquakes. The intense pressure and friction between the two plates could also cause some of the granite to melt and re-crystallize, creating metamorphic rocks along the collision zone.
Granite is a coarse-grained igneous rock composed mainly of quartz, feldspar, and mica, while basalt is a fine-grained igneous rock composed mainly of iron and magnesium-rich minerals. Granite is lighter in color and has visible grains, while basalt is typically dark in color and has a smoother texture. Additionally, granite forms through slow cooling underground, while basalt forms through rapid cooling at or near the Earth's surface.
Basalt and gabbro have higher chemical weathering rates than rhyolite and granite because they contain more ferromagnesian minerals like olivine and pyroxene that are more susceptible to chemical weathering compared to the quartz-rich minerals in rhyolite and granite. This makes basalt and gabbro more prone to breakdown and alteration when exposed to weathering agents like water and acids.
A pegmatite is a rock formed under certain favorable circumstances that enhance the crystal size of the rock. The crystals would be larger than those in basalt, an extrusive igneous rock, and granite, and intrusive igneous rock.
the particles would split tocreate multiple unstoppable objects
it will goes under the water.
you get freezing rain