Hydrosphere consists of the total water content in a planet. Thus all forms of water in earth including surface water and frozen water compose the hydrosphere. Therefore, option C is correct.
The entire amount of water on a planet is known as the hydrosphere. Water that is present on the planet's surface, beneath, and in the atmosphere all belong to the hydrosphere. The hydrosphere of a planet can exist as liquid, vapor, or ice.
Oceans, lakes, and rivers are the surface forms of liquid water on Earth. In wells and aquifers, it can also be found underground as groundwater. As clouds and fog, water vapor is most easily seen.
Ice makes up glaciers, ice caps, and icebergs, which make up the frozen portion of the Earth's hydrosphere. The cryosphere is the name given to the portion of the hydrosphere that is frozen.
Within the hydrosphere, water circulates in a cycle. Clouds contain water that eventually falls to Earth as rain or snow. This water accumulates in lakes and oceans. It i s called water cycle.
To find more on water cycle, refer here:
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Answer:
(C)all of the water on the Earth
Explanation:
The hydrosphere consists of all the water found on earth. The hydrosphere include water found in the cloud, fresh water bodies and salt water bodies.
The hydrosphere is interlinked via the water cycle. Water leaves the earth surface to the cloud, condenses and falls again to the earth the ground.
The water cycle shows the free flow of water within the hydrosphere.
There are numerous ways or techniques to separate a mixture. The commonones are the following. One is decanting, the separation of the liquid from thesolid part of the mixture. Second, is the filtration. It is the use of cloth toseparate the liquid from the solid.
a)Solid
b)Liquid
c)Gas
d)Metals
4.Which state of matter expands the LEAST on heating?
a)Solid
b)Liquid
c)Mercury
d)Gas
Answer:
To travel this far, it would take 19 years.
Answer:
The mechanical weathering is defined as the breaking down of rocks physically due to the agents such wind, water and ice. In addition this, plant roots, abrasion, rainfall and temperature also plays an important role in wearing away the rocks.
When water, wind flows over the rock surfaces, it erodes the rocks and this is known as the abrasion process. The broken particles (sediments) are transported by these agents and deposited at some other place.
The rocks also undergoes deformation due to the frost wedging process, freeze and thaw method, exfoliation and some other process.
These are the processes that are responsible for mechanical weathering.