More of it will be weathered and eroded.
They become exposed to deformation, in a process called metamorphism.
Rocks in higher elevation :)!
Increases. Like coffee beans, when broken up, more facets, edges, and surface area is exposed, allowing more air, water, etc to come into contact with the rock. Take an orange, then scribble all over it, covering all the surface. Now cut it in two. You now have more area to cover. Color it. Cut each half into half again. even more area has been exposed. color it. Each time more breaks occur, the surface area keeps increasing. (Hope the analogy helps...)
ALL reactions (apart from Nuclear) take place on the surface. By crushing the solid you are increasing the surface area and also the SA/Volume ratio. This increased surface area increases the area available for the dissolution reaction.
If there is more surface area exposed to warm air it will melt fasterthan if there is little surface area exposed to warm air. heat transfer
When rocks are larger, the surface area is more exposed making the rate of weathering greater.
Which rocks are exposed to more wind, rain, and ice
Which rocks are exposed to more wind, rain, and ice
Physical weathering breaks big rocks into little rocks and increases the surface area exposed to chemical agents, such as carbonic acid. The more the surface area, the faster the weathering.
They become exposed to deformation in a process called metamorphism, and become metamorphic rocks.
Volcanic rocks are often more resistant to erosion than surrounding rock
They become exposed to deformation, in a process called metamorphism.
Rocks in higher elevation :)!
yes. Lets for example take a potato cube put in a jar of water. if the potato cube has a large surface area, then more of its surface will be exposed to water molecules, meaning that more can diffuse into it more quickly.
The rate of weathering also depends on the surface area that is exposed. Mechanical weathering breaks rocks into smaller pieces. As the pieces get smaller, their surface area increases. When this happens, there is more total surface area available for chemical weathering. The result is that weathering has more of an effort on smaller particles.
Increases. Like coffee beans, when broken up, more facets, edges, and surface area is exposed, allowing more air, water, etc to come into contact with the rock. Take an orange, then scribble all over it, covering all the surface. Now cut it in two. You now have more area to cover. Color it. Cut each half into half again. even more area has been exposed. color it. Each time more breaks occur, the surface area keeps increasing. (Hope the analogy helps...)
Nonconformity - n, In geology, an erosional surface on igneous and/or metamorphic rocks that is overlain by younger sedimentary rocks. The erosion surface indicates that the older igneous and metamorphic rocks once were exposed at the surface. Subsequently, they moved downward, were covered with water, and became the foundation for deposits of younger sediemntary rocks.An nonconformity is a specoial case of the more general term unconformity, which is any discontinuity in the stratratigraphic record.