mostly water vapor,and some carbon dioxide.minor Sulfur,Chlorine, and Fluorine gases
When rock melts into magma, it releases volatile gases trapped within the rock. These gases can include water vapor, carbon dioxide, and sulfur dioxide. The release of gases contributes to volcanic eruptions and helps drive the movement of magma within the Earth's crust.
yes and no. water effects the magma. a lot of water will make magma harden faster. but a little water makes the magma speed up/move faster. magma gases don't really effect water, its really the volcanic ash and toxic fumes that effect the water. (volcanic mudslides also effect water)
No. Magma is molten rock inside the earth. Soil can contain material from magma. Magma can solidify inside earth or erupt from volcano. The material can then weather away and become a component of soil.
Liquid magma is less dense than solid rock because it is a molten mixture of rock, minerals, and gases. When magma rises to the Earth's surface and cools, it solidifies into igneous rock.
One major component of magma is silica, not f. Other major components include dissolved gases, water, and various types of solid crystals. These components determine the properties and behavior of magma, such as its viscosity and ability to erupt explosively.
When magma reaches the surface, the gases dissolved in the magma are released due to the decrease in pressure. This release of gases can lead to explosive volcanic eruptions as the gases expand rapidly and forcefully.
gases,pressure,magma
gases
Yes, gases do come out and then the magma under the Earth's crust.
Gases, such as water vapor and carbon dioxide, dissolve in magma when it is under pressure deep underground. As the magma rises to the surface and pressure decreases, these gases can come out of solution, leading to volcanic eruptions.
When rock melts into magma, it releases volatile gases trapped within the rock. These gases can include water vapor, carbon dioxide, and sulfur dioxide. The release of gases contributes to volcanic eruptions and helps drive the movement of magma within the Earth's crust.
The more gases, water vapor and silica there is in magma the bigger the explosiveness of a volcanic eruption.
When magma is underground it is under enormous pressure, which causes the gasses to dissolve in the magma. As the magma rises pressure decreases and the gasses come out of solution. All gasses expand when decompressed.
yes
Lava and Magma
The build-up of pressure from trapped gases in magma can cause explosive volcanic eruptions. The sudden release of this pressure propels magma, ash, and gases violently out of the volcano, leading to potentially devastating and widespread destruction.
Magma with less silica is thinner and runnier.Therfore, gases can move out of the magma easily.