A volcano or a geyser.
Volcanoes erupt when pressure from inside the earth pushes magma through a weakness in the earth's surface. As more and more magma erupts, the volcano is formed and grows.
Lava is found inside a volcano, typically in chambers deep beneath the surface. It erupts through openings in the Earth's crust during volcanic eruptions, flowing outwards onto the volcano's slopes or surrounding areas.
its magma before it reaches earths surface. lava is when its at earths surface
the liquid materials inside the earth is the magma. Or in another words, the lava which erupts from volcanoes
Igneous rocks that form above the Earth's surface are called extrusive or volcanic rocks. Examples include basalt, andesite, and rhyolite. These rocks form when magma erupts onto the surface and cools quickly.
When magma erupts on to the earth's surface it hardens and forms new land.It depends on if your talking about magma or lava, lava is on the surface of the Earth and magma is inside (underground).
As the body decomposes, it releases gasses from the inside almost like a ballooning effect causing the body to "float".
Volcanoes erupt when pressure from inside the earth pushes magma through a weakness in the earth's surface. As more and more magma erupts, the volcano is formed and grows.
Lava is found inside a volcano, typically in chambers deep beneath the surface. It erupts through openings in the Earth's crust during volcanic eruptions, flowing outwards onto the volcano's slopes or surrounding areas.
Magma chamber.
its magma before it reaches earths surface. lava is when its at earths surface
the liquid materials inside the earth is the magma. Or in another words, the lava which erupts from volcanoes
Yes.
Electric bulbs do have the inert gasses inside and not oxygen to avoid explosions.
Wear gas masks, stay inside, and be prepared to evacuate if neccicary.
Magma erupts out because of immense pressure inside the earth's crust.
The heat, not so much. Gasses and pressure are greater factors. Pressure undreground forces magma through cracks in the ground. As the magam approaches the surface the decrease in pressure causes the gasses to come out of solution, somtimes violently, causing material to fountain or explode out. It is somewhat similar to opeing a can of soda that has been shaken. However, evenwithout the gasses, the pressure inside the earth may be enough to force magma onto the surface as lava, especially with low-viscosity magmas.