Heat energy, of course!
:)
Depends on what kind of geological activity you are referring to, as for volcanic activity the ring of fire in the pacific ocean would be the major term used I suppose .
The Mariana Islands are volcanic in origin. They were formed through the activity of underwater volcanoes in the Pacific Ocean. This volcanic activity created the islands' unique landform of rugged terrain and steep mountains.
no, the energy needs energy to do any form of energy or work for the energy.
pikatela
Mount Irazú, located in Costa Rica, is associated with a convergent plate boundary, where the Cocos Plate is subducting beneath the Caribbean Plate. This tectonic activity leads to volcanic eruptions and the formation of the stratovolcano. The interaction between these two plates contributes to the geological features and volcanic activity in the region.
Volcanic activity produces extrusive igneous rock.
Depends on what kind of geological activity you are referring to, as for volcanic activity the ring of fire in the pacific ocean would be the major term used I suppose .
Rocks formed by volcanic activity are called igneous rocks. These rocks form when molten magma cools and solidifies either above or below the Earth's surface. Examples of volcanic igneous rocks include basalt, andesite, and rhyolite.
The Mariana Islands are volcanic in origin. They were formed through the activity of underwater volcanoes in the Pacific Ocean. This volcanic activity created the islands' unique landform of rugged terrain and steep mountains.
The magnetic energy seems to be specifically associated with or could even be the cause of sunspots activity.
no, the energy needs energy to do any form of energy or work for the energy.
If an activity's duration exceeds 150 seconds, aerobic energy is predominantly utilized. This type of energy production relies on oxygen and is sustainable for longer durations compared to anaerobic energy systems.
pikatela
Mount Irazú, located in Costa Rica, is associated with a convergent plate boundary, where the Cocos Plate is subducting beneath the Caribbean Plate. This tectonic activity leads to volcanic eruptions and the formation of the stratovolcano. The interaction between these two plates contributes to the geological features and volcanic activity in the region.
At collision zones, subduction of one tectonic plate beneath another can lead to explosive volcanic activity due to the melting of the descending plate and the formation of magma. This can result in the eruption of stratovolcanoes and volcanic arcs, as seen in the Andes Mountains and the Ring of Fire. Additionally, the intense pressure and heat generated by the collision can also create volcanic island arcs in oceanic regions.
PUMICE. Pumice is created by volcanic activity. It looks different from other rocks and even feels light when you hold it in your hand, but it's a genuine rock.
Thermal energy is generated and measured by heat of any kind. It is caused by the increased activity or velocity of molecules in a substance, which in turn causes temperature to rise accordingly.