Heat from the Earth's core which drives lithospheric plate movements, and provides a magnetosphere which allows an atmosphere to exist.
english not random stuff please
If it finds its way dowm into the earths crust through rock cycle and then is melted and mixes together to form molten magma, it could re-erupt to the earths surface and form an extrusive igneous rock or cool and solidify within the earths crust as an intrusive igneous rock.
Heat from the earth's core, via the magma drives the tectonic part of the rock cycle. This heat is derived mainly from radioactive fission of the heavy elements in the Core.Gravity drives much of the weathering part of the rock cycle. Via evaporation of water, and rain and rivers, and glaciation.Some solar radiation also energizes part of the weathering part of the rock cycle.
It is called the Rock Cycle.
the rock cycle and the Colorado river are driving forces behind.
a Obsidion rock
Sun is a source of energy.It powers earth's water cycle.
Rock cycle
Conservation of mass.
Not unless something drastic changes to earths processes
The Rock Cycle ^_^
If it finds its way dowm into the earths crust through rock cycle and then is melted and mixes together to form molten magma, it could re-erupt to the earths surface and form an extrusive igneous rock or cool and solidify within the earths crust as an intrusive igneous rock.
convection currents convection currents convection currents
convection currents convection currents convection currents
because the earths has magma plates which make them cool.
If it finds its way dowm into the earths crust through rock cycle and then is melted and mixes together to form molten magma, it could re-erupt to the earths surface and form an extrusive igneous rock or cool and solidify within the earths crust as an intrusive igneous rock.
The forces that drive the rock cycle beneath Earth's surface, such as heat and pressure from the Earth's interior, are different from those on or near Earth's surface, which are mainly driven by weathering, erosion, and deposition processes. Both sets of forces ultimately contribute to the transformation of rocks through the rock cycle.
constructive and deconstructive forces build up and destroy earths landmasses