That's a great question. Let's take a look at the processes of the rock cycle and try to figure it out.
Weathering? Weathering is the breaking apart of rock. Occurs under the surface through faulting.
Melting? It's usually an underground thing.
Metamorphism? Almost exclusively an underground thing.
Erosion? The moving of sediments from one place to another. Can occur in caves underground.
Deposition? Also can occur in caves in the formation of secondary sedimentary rock.
Volcanism? This may be the only possibility. Most of the actual volcanic process is taking part underground, but the actual definition of a volcanic eruption infers that lava is erupted at or near the surface.
Earthquakes occur all over earths surface because isolated regions are ice and for example California is not ice it is heat
No. A map is only two-dimensional, length and width. A globe is a three-dimensional representation of the earth's surface
No only 2 miles deep
No it is not true. Many, many meteorites reach the earth's surface.
Ingenious rocks form when molten material under the earths surface cools. Not only does the molten cool it does not harden.
None, only the earths core is more closer, the moons surface is 37.000 Vertices from earth
Water
The revolvtion is not the only answer also light rays hitting the earths surface
Sedimentation
Volcano
Volcano
Earthquakes occur all over earths surface because isolated regions are ice and for example California is not ice it is heat
71.13% of the earth is covered by water. Only 3% of that water is fresh water, the rest is salt water.
Sedimentary rocks are the type of rocks that can only form on or very near Earth's surface. Sedimentary rocks form from weathering processes that occur on Earth's surface.
No because Volcanic ash only spreads lava around the surface the only natural disaster that cracks the surface is a earthquake. A earthquake is when two of the earths plates are moving and it rumbles the earth
Not only influence, The Sun's energy is the CAUSE of wind on Earth.
They only 4 percent of earth