An igneous rock is resistant to weathering and erosion because is is is made from magma. And magma rocks are really tough.
it is made of heat resistant rock and magma. there is no atmosphere.
The magma slowly cools over time into intrusive igneous rock. Later, often because the land is uplifted, the surrounding rock is eroded. Intrusive igneous rock, however, is often quite resistant to erosion, and so remains in place.
Molten rock under the surface is called "magma". When magma reaches the surface it is called "lava".
This is called the magma chamber.
An igneous rock is resistant to weathering and erosion because is is is made from magma. And magma rocks are really tough.
it is made of heat resistant rock and magma. there is no atmosphere.
The magma slowly cools over time into intrusive igneous rock. Later, often because the land is uplifted, the surrounding rock is eroded. Intrusive igneous rock, however, is often quite resistant to erosion, and so remains in place.
The magma slowly cools over time into intrusive igneous rock. Later, often because the land is uplifted, the surrounding rock is eroded. Intrusive igneous rock, however, is often quite resistant to erosion, and so remains in place.
An acid magma or a granitic magma.
Molten rock under the surface is called "magma". When magma reaches the surface it is called "lava".
magma
This is called the magma chamber.
Magma is a type of molten rock underground. Hope this helps. :)
The mid-ocean ridge is a volcanic feature caused by the spreading apart of oceanic plates as part of plate tectonics, and is initially formed as a result of changes in the convection currents which seek the least resistant point to the surface. The sea floor at the ridges are uplifted by rising magma. The rising magma is part of a process of heat transfer from the interior of the Earth to the surface known as a convection current. As the rising magma cools, it forms new crust which becomes part of the ridge.
When cool magma sinks and warm magma rises, yes that is convection.
magma turns into lava.