Yes, the upper mantle does move the crustal plate. There are actually many different plates, each holding a continent, ocean, or both. They can move these plates because of a thing called convection currents. They are the circular motion of magma getting hotter and cooling off. These move the plates together, under each other, or apart.
Yes the crust is at the very top and then it goes upper mantle, lower mantle, outer core, and inner core.
To some degree, yes, but it only offers a partial explanation.
Yes
Mantle convection currents move the crustal plates that float atop the mantle. Like convection currents in a hot cup of coffee or tea move pepper flakes or pieces of glitter sprinkled on top and floating on the liquid.
The convection currents are in the mantle😱
The Mantle would be able to slow dow and then they would stop the movement
Heat from the core and the mantle itself causes convection currents in earth's mantle.
No. Convection currents which could lead to volcanism in the crust occur in the mantle. The crust is too cold and brittle for convection currents to occur.
Convection currents in the mantle.
Mantle convection currents move the crustal plates that float atop the mantle. Like convection currents in a hot cup of coffee or tea move pepper flakes or pieces of glitter sprinkled on top and floating on the liquid.
Mantle, I believe.
volcanos and earthquakes
convection currents
Convection currents in the mantle drive plate movements.
The effects of convection currents in the mantle are an overall movement of magma, the shifting of plates, and the even distribution of heat. This helps to reduce the amount of earthquakes and volcano eruptions.
They cause plate movement. The plate movement then causes an earthquake.
Convection currents in the mantle drive plate movements.
Convection currents are found in the plastic mantle in Earth.
If the convection currents in the earth's mantle slowed down then the mantle would slow down. Eventually, the mantle would stop all movement.
Convection currents take place in the mantle.