Rocks form through a variety of processes. These processes require energy. Which statement best describes how the energy of Earth's interior contributes to the formation of rocks on its surface? A. The energy in the earth's interior melts rock, creating magma which cools back into rock when it reaches the surface B. the energy in the earth's interior produces rock deep in the earth, and these rocks are pushed up to the surface during volcano eruptions C. the energy in earth's interior heats the ocean floor, crystallizing sand into rock D. the energy in earths interior rises to the surface and melts rocks on the surface, and then liquid crystallizes back into solid rock when it cools

The energy in earths interior rises to the surface and melts rocks on the surface, and then liquid crystallizes back into solid rock when it cools

Explanation:

Igneous rocks are formed  as a result of cooling and hardening of molten magma.These rocks are an outcome of volcanic eruption.

So,the answer of above question is (D) the energy in earths interior rises to the surface and melts rocks on the surface, and then liquid crystallizes back into solid rock when it cools

r=rho l/a where a is the area, l is the length and rho is resistivity so the greater the area the lesser the resistance thats why the earth pin is thicker bcos current follow the shortest path, so less resistive .

answer: a. same unit

explanation: