Smh its easy it makes a granatial/basaltial mixed rock
Basalt is more dense than granite as it contains more iron and magnesium. This means that it is likely that the more dense basaltic plate would be forced under the less dense granitic plate.
The ferromagnesian minerals in the gabbro and basalt are subject to oxidation and chemical breakdown.
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.
False. Basalt would be an example of an igneous rock with a low silica content.
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.
Basalt is more dense than granite as it contains more iron and magnesium. This means that it is likely that the more dense basaltic plate would be forced under the less dense granitic plate.
Basalt.
Basalt and pumice.
Limestone
Most basalt is found in the oceanic plates. Most granite is found in the continental plates.
The ferromagnesian minerals in the gabbro and basalt are subject to oxidation and chemical breakdown.
The world would implode
Granite is a felsic (composed of "light" coloured feldspars and silica minerals) intrusive rock. It is formed by the slow cooling and crystallisation of magma below the earths surface in a pluton or batholith. Basalt is the opposite of granite. Basalt is a mafic (dark coloured minerals rich in iron and magnesium)fine grained rock formed from the rapid cooling and crystallisation of lava above ground. Granite: Pale coloured, felsic, intrusive, coarse grained/porphyritic. Basalt: Dark coloured, mafic, extrusive, fine grained.
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.
False. Basalt would be an example of an igneous rock with a low silica content.
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.
the particles would split tocreate multiple unstoppable objects