When magma is cooled in a convection current, it forms solid rock.
make it slightly longer and more specific
When magma is cooled in a convection current, it undergoes a process known as solidification, where it loses heat energy and transforms into solid rock. This occurs as the magma rises to the Earth's surface or cools and solidifies within the Earth's crust, resulting in the formation of igneous rocks such as granite or basalt. The convection currents play a crucial role in transporting the heat and materials in the magma, allowing for the cooling and solidification process to take place.
try half that length
When magma is cooled in a convection current, it undergoes solidification, transforming into rock like granite or basalt. The convection currents play a key role in transferring heat and materials, facilitating the cooling and solidification process.
When magma is cooled in a convection current, it solidifies and forms igneous rocks.
When magma is cooled in a convection current, it solidifies and forms new igneous rocks.
