heat energy
Not conduction, but convection currents, are what drive winds and many ocean currents.
If it is a result of temperature differences, it is called convection.
Temperature differences in the mantle drive convection currents because warm material is less dense and rises, while cooler material is more dense and sinks. This movement creates a circular flow as the cooler material sinks and gets heated, while the warmer material rises and cools down. The density variations caused by the temperature differences are a key driver of convection in the mantle.
convectional currents in the mantle are themselves driven by the heat of the core. the heat is partly created of overlaying material. A lava lamp is a perfect example of convectional
convection currents in the atmosphere
Convection currents is the circular movement in which particles travel in.
No. Convection currents are the circular motion of earth's wind. If the earth did not rotate, convection currents would not be. Does that make sense?
Not conduction, but convection currents, are what drive winds and many ocean currents.
Convection currents
move in circular motion.
If it is a result of temperature differences, it is called convection.
because of differences in pressure and density in a fluid
convection currents
convection currents in the atmosphere
Temperature differences in the mantle drive convection currents because warm material is less dense and rises, while cooler material is more dense and sinks. This movement creates a circular flow as the cooler material sinks and gets heated, while the warmer material rises and cools down. The density variations caused by the temperature differences are a key driver of convection in the mantle.
convectional currents in the mantle are themselves driven by the heat of the core. the heat is partly created of overlaying material. A lava lamp is a perfect example of convectional
I would call this convection currents in the mantle.