Question

Convection occurs within the rock in earths mantle. What can you conclude about the rock in the mantel based on this information

Answer 1

Convection within the rock in Earth's mantle drives plate tectonics.

Step-by-step explanation:

Convection within the rock in Earth's mantle is a process where heat escapes from the interior through the upward flow of warmer material and the slow sinking of cooler material. This convection is responsible for driving plate tectonics, the movements of Earth's crustal plates.

in light of the event of convection inside the stone in Earth's mantle, we can presume that the stone in the mantle is equipped for streaming and displaying liquid like conduct over extensive stretches of time, adding to plate tectonics and other geographical cycles.

Answer 2

The fact that the process of convection can occur in the mantle means that this layer is molten. Convection currents occur as a result of the heat from the earth's core. The heat from the core heats the surrounding rocks from the mantle causing plumes of magma to rise. As these rocks rise and reach the base of the crust they become cooler and consequently more dense than the rocks below so they sink. This cycle of sinking and rising from a circular motion and this motion is responsible for the movement of the tectonic plates today.