because the sedimentary rock
The substance will remain in its current state unless acted upon in such a way as to cause a physical or chemical change.
Because minerals are not reliant upon organic processes for their creation.
mineral groups found in the rocks.
it changes depending upon the temperature
Igneous rocks can be classified by their method of formation and by their mineralogy.
diastrophism,faulthing,thrust,displacement,subsidence,folding,warping
The environment affects a business because changes can impact business strategy and processes. For instance, heavy government regulations can place a burden on the business.
Since there are billions upon billions of possible processes, this question is not within the human ability to answer. If you specify which processes you are talking about, that will make it answerable.
The substance will remain in its current state unless acted upon in such a way as to cause a physical or chemical change.
food and water
texture
Physical weathering represents the act of rocks, land, etc, breaking apart or breaking down. The physical weathering is caused by the changes of the temperatures upon the things experiencing the physical weathering.
When a rock is subjected to increasing stress it changes its shape, size or volume. This is referred to as strain. In general, rocks near the surface of the earth behave in a brittle fashion. When they are acted upon by differential stress, they tend to fracture. Rocks that are below the surface are not subjected to the different "strains" then the rocks that are at the surface.
It is true that the composition of a sedimentary rock depends upon the composition of the rocks and living things its sediments come from. Sedimentary rocks form through lithification.
Metamorphic rocks have really all and any mineral based upon different rocks. However common ones are quartz, mica, and calcium carbonate.
No, a program runs as a process, or set of processes, but is written as a class or set of classes... depending upon what language you use
rocks usually deform due to wind and erosion depending upon the intensity to which they are effected.