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Volcanic neck
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.
Magma forms from heated rock--it cools--minerals form--when totally solidified it is a rock.
Magma is basicaly the same as lava, except magma is still in the volcano, when magma has come out of the volcano, it has become lava.
All the three existing rock families/types/classes (ie, igneous, sedimentary and metamorphic rocks) can form magma, if they become hot enough to melt and change to molten form.
Igneous rock, if heated sufficiently by subduction processes will melt to form magma.
by magma
I'll answer it for you, since we both have the same book. & i'm always looking on my computer for answers.The five landforms created from lava and ash are:Volcanic Necks, Dikes, Sills, Batholiths, And dome mountains.1. Volcanic Necks- They form when magma hardens in a volcano's pipe.2. Dikes- Magma forces itself across rock layers and hardens.3. Sill- forms when magma squeezes between layers of rock.4. Popcorn- is a mass of rock formed when a large body of magma cools inside the crust.5. Dome Mountains- forms when rising magma is blocked by horizontal layers of rock.Hope i helped! :)
it is different because separating plates move apart gaps between the plates and allow magma, while colliding plates form collision produced from distinct landforms, and they are both the same because they both produce landforms.
it is different because separating plates move apart gaps between the plates and allow magma, while colliding plates form collision produced from distinct landforms, and they are both the same because they both produce landforms.
As magma cools, elements combine to form minerals.