it might not melt if it doesnt have fluid in it
it will melt
When rock and water under the crust become very hot, the water can turn into steam, creating pressure. This can lead to volcanic activity, such as eruptions and geysers. The heat may also cause the rock to melt and form magma, which can rise to the surface and create volcanic eruptions.
When the mantle is very hot, the rocks in the crust may melt and become magma. This molten rock can then rise towards the surface through volcanic activity, leading to the formation of new landforms like volcanoes, lava flows, or igneous intrusions.
Igneous rock such as granite and basalt can melt under high temperatures when forming. This molten rock, or magma, can then cool and solidify to form igneous rocks.
hot :) very hot. in Fahrenheit its warm in Celsius, its boiling!
One reason a very hot rock might not melt is if it is composed of minerals with high melting points, such as quartz or feldspar. These minerals can withstand high temperatures before reaching their melting point, allowing the rock to remain solid even at extreme heat.
bc it has too also be pressurized
Truely.
it will melt
The molten rock that erupts from volcanoes ultimately comes from Earth's mantle, which is a very hot layer of rock. It is hot enough that some if its rock can melt and rise through the crust.
melt.
That would all depend on what type of rock.
When rock and water under the crust become very hot, the water can turn into steam, creating pressure. This can lead to volcanic activity, such as eruptions and geysers. The heat may also cause the rock to melt and form magma, which can rise to the surface and create volcanic eruptions.
There are three ways to melt rock to form lavas. You can use decompression, add volatiles, or conduction. All you need to do is use these strategies to get the rock to its melting point.
If the metamorphic rock becomes hot enough it can melt.
When the mantle is very hot, the rocks in the crust may melt and become magma. This molten rock can then rise towards the surface through volcanic activity, leading to the formation of new landforms like volcanoes, lava flows, or igneous intrusions.
Volcanoes erupt hot ash or molten rock. It is the heat from this that can melt ice.