it's either the crust, or the outer core, or the mantle
Convection in the mantle creates movement of tectonic plates, which can affect the lithosphere by causing it to move, leading to processes like subduction or seafloor spreading. The convection cells help drive the movement of the lithospheric plates on the Earth's surface.
The lithosphere is generally thought of as the crust and outer mantle of the earth. They're solid, and there are no convection currents in solids as we normally think of them. As we move inward toward the core of the earth, we begin to encounter molten rock (magma), and convection currents exist in this superheated fluid.
Convection cells in Earth's atmosphere move heat from the equator towards the poles and then back towards the equator. These cells help redistribute heat and maintain global temperature equilibrium.
The asthenosphere can flow slowly due to its high temperature and partial melting of rock, allowing tectonic plates to move on the more rigid lithosphere above it. This flow can create convection currents that drive plate movements and lead to processes such as seafloor spreading and subduction.
Convection cells help distribute heat vertically in the atmosphere by transferring warm air upward and cool air downward. This process helps regulate temperature and maintain atmospheric stability. Additionally, convection cells play a key role in the formation of weather patterns like high and low pressure systems.
Convection in the mantle creates movement of tectonic plates, which can affect the lithosphere by causing it to move, leading to processes like subduction or seafloor spreading. The convection cells help drive the movement of the lithospheric plates on the Earth's surface.
Because pieces of the lithosphere collide and form a marine earthquake, the energy then pushes water up into a tsunami, anyone know that
what causes the earths tectonic plates to move
conduction, convection, radiation
The lithosphere is generally thought of as the crust and outer mantle of the earth. They're solid, and there are no convection currents in solids as we normally think of them. As we move inward toward the core of the earth, we begin to encounter molten rock (magma), and convection currents exist in this superheated fluid.
The lithosphere of the Earth is composed of the crust and the upper part of the upper mantle, and is broken up into plates. Below the lithosphere is the asthenosphere, which is the lower part of the upper mantle and the entire lower mantle. The asthenosphere is a plastic-like substance that flows due to convection. As this substance flows, it causes the plates above it to move around. Plate tectonics is the theory that the lithosphere is divided into plates that are constantly in motion.
I dont know please help?
Convection currents transfer heat from Earth's core to the mantle, causing the mantle material to flow and create movement in the lithosphere. This movement generates heat due to friction and pressure. So, convection currents help distribute heat within Earth's interior rather than produce it.
Convection in the Earth's mantle is the driving force behind plate tectonics, which shapes the geosphere by creating movement in the Earth's lithosphere. This movement leads to the formation of various geological features such as mountain ranges, ocean basins, and volcanic activity. Convection also plays a role in redistributing heat within the Earth, influencing processes such as magma generation and seismic activity.
I would think so because the fan would help the convection currents but... don't take my word for it, I'm not an oven expert! Hope this helps if not soz!
lithosphereic plates are the cooler plates. they help everyone with their convection.
The memory clue for lithosphere could be "litho" meaning rock or stone, and "sphere" meaning a round object. This can help you remember that the lithosphere is the rigid outer layer of the Earth composed of solid rock.