It is the theory that the landscape around took years to be made by nature so in another few years it could make new landscapes appear.
Answer:
The rocks are comprised of cracks and fractures in between the sediments and mineral grains that have the capacity to store fluid in them. This fluid is generally the water that contains various types of dissolved ions. These fluids in the rocks are very much important because the chemical reactions that take place include the change in mineral from one type to another new type. This can highly increase the amount of dissolved ions that are dissolved and transported by the water. This alteration of rock that occurs chemically due to these fluid refers to the process which is commonly known as the metasomatism. Whereas, the rock alters mineralogically due to the increasing temperature and pressure condition, that changes the grade of rocks.
This is how metamorphism alters the rock chemically in comparison to mineralogically.
Im pretty sure that it is...It is low in silica.
Hope this helps.....
Answer:
1. There is less variation in temperature of Aquatic habitats
2. The movement of water up trees results from capillary action.
3. Provides insulation to aquatic habitats
4. Evaporative cooling
Explanation:
1. The specific heat of water is high and is characterized as measure of heat required to result in the rise in temperature of 1 g of a substance by
.
Due to this, water can limit changes in temperature thus there isn't much variation in temperature.
2. Capillary action is the motion of water inside the spaces of a permeable material because of forces of cohesion, adhesion and surface tension.
Thus Cohesion forces results in the motion of water up trees.
3. Water has one most significant property where solid structure is less dense than fluid or liquid form that protects aquatic environments. As water in its solid form is less dense, in this manner ice coasts on the lake's surface that protects the water beneath from solidifying and valuable to aquatic life forms.
4. Heat of vaporization of water is high, which is characterized as the measure of energy expected to transform 1 gram of a liquid substance to a gas at steady temperature.
Along these lines when water particles evaporates, the surface they dissipate from gets cooler, referred to as evaporative cooling.