Which statement explains how convection currents affect the movement of plates? Gravity pulls one edge of a plate down into the
mantle, which causes the rest of the plate to move as well. Heat from Earth’s interior causes lithospheric plates to collide at convergent plate boundaries, causing volcanoes. Heat from Earth’s interior causes currents of hot rising magma and cooler sinking magma to flow, moving the crust along with them. As convection currents drift across the oceans, they bring the pieces of Earth’s crust with them as the supercontinent breaks apart.
Convection currents direct the movement of Earth's rigid tectonic plates in the planet's fluid molten mantle.
In places where convection currents rise up towards the crust's surface, tectonic plates move away from each other in a process known as seafloor spreading.
So, I would say the answer is:
As convection currents drift across the oceans,
they bring the pieces of Earth's crust with them as the supercontinent breaks apart.
The answer is: heat from Earth’s interior causes currents of hot rising magma and cooler sinking magma to flow, moving the crust along with them. Mantle convection has nothing to do with the oceans and everything to do with differential heating of magma. Hope this image helps.
A eukaryotic cell is classified this way if it B. contains a nucleus. In biology the definition of eukaryotic is "having a true nucleus" which is how to depict a prokaryotic cell from a eukaryotic cell.
