Water can get trapped in magma through different processes such as being included within minerals as they crystallize, being dissolved in the magma, or being released from the surrounding rocks and incorporated into the magma. As the magma rises towards the surface, the pressure decreases, causing the water to separate from the magma and form bubbles, which can contribute to explosive volcanic eruptions.
The water will flash to steam, resulting in what is known as a phreatic eruption.
When magma rises towards the surface, the pressure decreases. This drop in pressure causes the dissolved gases, such as water vapor and carbon dioxide, to exsolve from the magma as bubbles. As the magma continues to rise, these expanding gas bubbles create pressure within the volcano that eventually leads to an explosive eruption.
If u are on a workbook page and you are in Science 6 and live in Cali, and working on a chart, you answer is "Dissolved gasses under pressure are trapped in magma underground" Nicky Dicky Anwered this question
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.
if a volcano is high in silica, it will be explosive. If its low in silica, it will be quiet. Two important things that determine whether an eruption will be explosive or quiet: # The amount of water vapor and other gases that are trapped in the magma. # If the magma is basaltic or grantic.
Gas, primarily water vapor.
Yes. More gas trapped in magma leads to a more explosive eruption. Water vapor is the most abundant gas in magma.
At the temperatures found in magma water would normally be a gas, but is trapped under pressure as long as the magma is underground. When pressure is reduced enough the water vapor can bubble out of the magma very rapidly, resulting in an explosion.
The water will flash to steam, resulting in what is known as a phreatic eruption.
When magma rises towards the surface, the pressure decreases. This drop in pressure causes the dissolved gases, such as water vapor and carbon dioxide, to exsolve from the magma as bubbles. As the magma continues to rise, these expanding gas bubbles create pressure within the volcano that eventually leads to an explosive eruption.
If u are on a workbook page and you are in Science 6 and live in Cali, and working on a chart, you answer is "Dissolved gasses under pressure are trapped in magma underground" Nicky Dicky Anwered this question
The gas was trapped in the magma.
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.
No, the fact that the magma has such a low density is why it rises. However, gasses do effect the manner in which it erupts.
if a volcano is high in silica, it will be explosive. If its low in silica, it will be quiet. Two important things that determine whether an eruption will be explosive or quiet: # The amount of water vapor and other gases that are trapped in the magma. # If the magma is basaltic or grantic.
Yes. Granite forms when silica-rich magma cools underground.
When magma rises through the conduit of a volcano, dissolved gases in the magma are released as pressure decreases. As the magma nears the surface, the decreasing pressure causes the gases to form bubbles, which can get trapped within the magma. When the volcano erupts, these trapped gases are released explosively, propelling ash, gas, and lava into the air.