1:A decrease in presume can lower the melting temperatures of materials in the asthenosphere. Such a decrease takes place along the not valley at a mid-ocean height, where the lithosphere is thinner and exerts less pressure
2: An increase in temperature can cause materials in the asthenosphere to melt. Such as increase occurs at a hot-spot.
3: I do not know.
Three ways that magma form:temperaturecompositionpressureIn addition, water causes the melting temperature to lower, which causes it to melt into magma
Magma is molten rock that bubbles up along ocean ridges to form new crust. Another way that magma forms new crust is when it is expelled out of a volcano and becomes lava, which cools and hardens into crust.
Rock formed by magma is known as igneous rock. When magma cools and solidifies either below or above the Earth's surface, it forms igneous rock. Examples of igneous rocks include granite, basalt, and obsidian.
The question shows a complete lack of knowledge and understanding about volcanoes. It is vague and needs phrasing more clearly. Do you mean who fast does a magma chamber empty? Do you mean the velocity at which magma moves? Basically, it depends on the type of volcano and the conditions of eruption.
roch, glass, hardend magma.
Three ways that magma form:temperaturecompositionpressureIn addition, water causes the melting temperature to lower, which causes it to melt into magma
Basaltic Magma is typically forms when rocks in the upper mantle melt...Andesitic Magma is found along continental margins....Rhyolitic Magma forms when molten material rises and mixes with the overlying silica-and water-richcontinental crust...All 3 of them is a magma.
Igneous rocks are formed from the molten liquid minerals that lie below the earth's crust. Intrusive igneous rocks forms in magma chambers that are deep underground it is molten by heat and pressure. Extrusive igneous rocks forms when magma makes its way to Earth's surface when the molten rock erupts.Jennifer
Magma is molten rock that bubbles up along ocean ridges to form new crust. Another way that magma forms new crust is when it is expelled out of a volcano and becomes lava, which cools and hardens into crust.
Liquid = Bromine Solid = Solid Bromine Gas = Bromine vapor
There are 3 main types of rocks:Igneous RocksForms when molten rock cools.2 types of molten rock: magma, and lava.Intrusion: Forms when magma cools. Intrusion rocks take longer to form because magma takes longer to cool. Magma is under the Earth's surface, and it is very hot there. Imagine how long it would take for magma to cool down somewhere a thousand degrees!Extrusion: Forms when lava cools. Extrusion don't take as long to form, because lava cools much faster than magma does. Lava is at the surface, and the surface is WAY cooler than underground.Sedimentary RockForms when rocks/minerals/remains of plants or animals settle and accumulate.Forms in layers.3 types of sedimentary rock:Clastic - forms from accumulation of rock fragments and minerals.Biologic - forms from plant or animal remains.Chemical - forms when minerals precipitate out of a solution.MetamorphicPreexisting rocks that have changed form by heat and pressure.If you are looking for specific types, here are some brief examples:Igneous RocksBasaltPegmatiteGraniteTuffSedimentary RocksLimestoneCoalShaleSiltstoneMetamorphic RocksSlateGneissSchistMarble
Rock formed by magma is known as igneous rock. When magma cools and solidifies either below or above the Earth's surface, it forms igneous rock. Examples of igneous rocks include granite, basalt, and obsidian.
A bell pepper plant can live and thrive for about 2 to 3 years under optimal growing conditions.
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Well there are minerals every where so then the minerals could end up in the magma and then go threw the rock cycle.
Photosynthesis in plants occurs at a rate of about 0.5 to 3 grams of glucose per square meter per hour under optimal conditions.