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Heat from the interior is the cause of plate tectonics and its associated results such as volcanism, trenches, and mountains building.
Tectonics: process of change in a crust due to the motion of the hot material underneath.Volcanism: molten rock moves from the planets hot interior onto its surface.Weathering and Erosion: weather or small impacts break down rocksImpact Crater: small space object hits a planet and leaves a crater.HOPE THAT HELPS!!!
Plate Tectonics.
When and if the interior of the planet Earth becomes cold enough that there are no more currents in the magma (or no more magma) and there is no more plate tectonics, there will be no more earthquakes or volcanoes, and life on Earth (if there is still life on Earth at that time) will be more peaceful as a result.
1. Reactions and speed of seismic waves as they travel through the interior. 2. Through the study of volcanism and its causes. 3. From meteorites that are remnants of extraterrestrial collisions.
Heat from the interior is the cause of plate tectonics and its associated results such as volcanism, trenches, and mountains building.
Earth's interior could impact the climate in many ways. Plate tectonics, which is powered by the heat from Earth's interior, creates mountain ranges which alter the climate in vast regions of the world; significant climate changes have likewise been induced by volcanism spewing forth atmospheric dust which can cool the planet.
Plate tectonics sub-ducting plates cause up thrusts
Tectonics: process of change in a crust due to the motion of the hot material underneath.Volcanism: molten rock moves from the planets hot interior onto its surface.Weathering and Erosion: weather or small impacts break down rocksImpact Crater: small space object hits a planet and leaves a crater.HOPE THAT HELPS!!!
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Main Interior Building was created in 1936.
The type of tectonics where volcanoes occur are continental rift volcanism, hot spot, and continental volcanic arc. The other tectonics are subduction zones and rift valleys on a continental crust.
Plate Tectonics.
it is an interior infrasructure in which computers are used to design the interior of the building of the building etc.
Magma rises from below the Earth's crust. The fact that magma is, in fact, liquid rock is a testament to the heat inside the Earth. Volcanism, hot springs, geysers, increases in mine temperatures with depth, plate tectonics, the reactions of seismic waves as they travel through the Earth, and the Earth's magnetic field are all evidences of a hot interior.
The building envelope is the space between the exterior and interior environments of a building. It is a physical separator that helps to keep the interior of the building cool or hot depending on the season.
Earth's interior Plate Tectonics Earthquakes Volcanoes Minerals Rocks