ice cream
The force that causes a convection cell to turn is the Coriolis force, which is a result of the rotation of the Earth. This force deflects moving air or water in the cell, leading to the rotation that defines a convection cell.
It is bumping into the lihosphere
A convection cell turns up due to the heating of a fluid, which decreases its density. As the warmer, less dense fluid rises, it creates a low-pressure area below. This upward movement pulls in cooler, denser fluid from the surrounding area, creating a continuous cycle. The process is driven by the balance of buoyancy and gravity, leading to the characteristic circular flow of convection cells.
They are undifferentiated cells that can basically turn into anything they're exposed to-- put them into a liver, and they turn into liver cells.
This is a point in the Earth's crust where hot upwellijng mantle material causes significant magma formation and melting to occur within the crust and upper mantle. This in turn causes hotspot volcanism at the surface.
Too much heat causes the cell to turn down.
coolness
Convection cells turn down because when the cells are away from the heat source the cells begin to cool. If cells are cooler they are more dense. Therefore, the change in density causes the cells to sink.
ice cream
ice cream
coolness
The Coriolis force causes the convection cell to turn to the left at point A. This force is a result of the Earth's rotation and deflects moving air or water to the left in the Northern Hemisphere.
the fact that due to density changes it sinks
The force that causes a convection cell to turn is the Coriolis force, which is a result of the rotation of the Earth. This force deflects moving air or water in the cell, leading to the rotation that defines a convection cell.
It is bumping into the lihosphere
The convection cell turns upward at point A due to the rising of warm air near the Earth's equator. As the warm air rises, it creates a low-pressure system, which causes the air to flow towards the poles at high altitudes. This flow of air completes the convection cell cycle.
coolness