The asthenoshere acts like jello and allows the lithosphere, containing the plate, to move. Tectonic plates could not move without the asthenoshere.
The process that allows the plates to move is called plate tectonics. It is driven by the movement of molten rock in the Earth's mantle, causing the plates to move either away from each other (divergent boundary), towards each other (convergent boundary), or past each other (transform boundary).
The asthenosphere is the region of the Earth that is soft and putty-like, located beneath the lithosphere. The asthenosphere allows for the movement of tectonic plates due to its semi-fluid state, which allows the plates to slide and move over it.
You may be looking for the term continental drift, but a more accurate answer to your question is that tectonic plates can move because they float on the underlying magma, so the process that allows them to move is simply floating.
Yes, heat energy inside the Earth causes convection currents in the mantle, which in turn move the tectonic plates above them. This movement is a key factor in plate tectonics and the formation of Earth's surface features.
The Earths internal heat.
convection currents
The lithosphere.
the hot magma moves around and they move.
because of deep current
The asthenoshere acts like jello and allows the lithosphere, containing the plate, to move. Tectonic plates could not move without the asthenoshere.
The asthenoshere acts like jello and allows the lithosphere, containing the plate, to move. Tectonic plates could not move without the asthenoshere.
Allows molecules to move but requires energy.
The process that allows the plates to move is called plate tectonics. It is driven by the movement of molten rock in the Earth's mantle, causing the plates to move either away from each other (divergent boundary), towards each other (convergent boundary), or past each other (transform boundary).
the large amount of energy forces the two plates to move apart
Heat from inside the Earth creates the energy to move plates using convection
Tectonic plates influence earthquakes because of convection cells that move the plates around. When the plates collide, they cause a shockwave of energy released in the form of a earthquake.