a fault
The main force is weight of overlying rocks , called overburden, which puts overburden pressure on sediments and make them compress and compacts
Rocks can stretch if you apply the force over a long time and the deformation occurs at a very slow strain rate.
The main force that affects the rocks on the earth's surface is heat and erosion. Erosion causes rocks to have landslides and heat changes their structure causing them to take place as different structures.
Great pressure and heat, but short of the temperature that would completely melt the rock.
Ultramafic rocks have a very high melting temperature. Earth's interior is no longer hot enough to produce eruptions of molten ultramafic material.
The bending and buckling of rocks under great force produces a fold.
The answer is Earthquakes.
We don't "produce" rocks.
Quartz and flint are types of white rocks that can produce sparks when struck against steel. This is due to their hardness and ability to break into sharp fragments when subjected to force.
All sedimentary and igneous rocks
All volcanoes produce igneous rocks.
The force of tectonic plate movement, which causes rocks to collide and shift, can add energy to rocks. This movement generates heat and pressure, causing rocks to change in composition and structure.
Gravity is the natural force that causes rocks to fall or roll down a hill. As rocks are pulled by the force of gravity, they move downward due to the Earth's gravitational pull.
the great lakes - st lwrence lowlands, are based on sedimentary rocks the great lakes - st lwrence lowlands, are based on sedimentary rocks
Rocks at great depths are under high pressure and temperature due to the weight of the overlying rocks. This can cause the rocks to undergo changes in texture and composition, such as metamorphism, and can also influence the behavior of fluids within the rocks.
gravity
compression