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What else can I help you with?
What are the agents of metamorphism?
Heat, pressure, differential solution.
What rock is melted by heat and pressure?
Magma is rock that useally comes from a volcana it melts due to the high pressure and heat
What environmental factors cause rock to undergo metamorph?
I think it is temperature or pressure.
How can magma be a source of energy?
Magma can be a source of energy through geothermal power plants, which harness the heat from magma beneath the Earth's surface to generate electricity. This process involves tapping into the high temperatures of magma to produce steam, which then drives turbines connected to generators to create electricity.
How did the eruption happen in Eyjafjallajökull?
The eruption in Eyjafjallajökull was caused by the interaction of magma rising from beneath the Earth's crust with ice and water, resulting in explosive ash and lava eruptions. The melting of ice due to the heat of the magma led to a rapid buildup of pressure, eventually culminating in explosive eruptions.
The pressure and heat that produces magma are caused in part by?
Radioactive elements
What causes Volcano eruption?
magma and heat pressure
What is contact metamorphism a result of?
hot magma
What are the three features formed from magma?
it is dirt heat and pressure
What are the agents of metamorphism?
Heat, pressure, differential solution.
What rocks result from heat and pressure melting into magma?
sedimentary rocks
What rock is melted by heat and pressure?
Magma is rock that useally comes from a volcana it melts due to the high pressure and heat
What is the cause of the Kilauea eruption?
heat and pressure pushed magma out of the side vents making it ooze out and also magma shoots out of the crater.
Heat and pressure deep beneath earth's surface can change any rock into?
Magma
Heat and pressure deep beneath Earth and surface can change any rock into?
Magma
Heat and pressure deep beneath Earth’s surface can change any rock into?
Magma
What are the three ways that a rock can melt?
A rock can melt through heat transfer from surrounding magma or lava, through the addition of external heat from sources like a volcanic eruption or a meteorite impact, or from the release of pressure caused by tectonic movement.
