Sands and gravels are porus sediment types that hold a lot of water and allow for high rates of water flow due to the larger pore spaces between the particles. These sediments are known as "porous" or "permeable" due to their ability to store and transmit water easily.
No, mercury does not have large amounts of carbon dioxide. Mercury is primarily composed of the element mercury (Hg) and does not contain significant amounts of carbon dioxide.
Conglomerate is a type of sedimentary rock that forms from large sediments like rocks and pebbles. These sediments are cemented together by smaller particles like sand and mud to create a rock with a clastic texture. Conglomerate is often found in areas where there has been significant water movement, such as riverbeds and alluvial fans.
Conglomerate is a coarse-grained sedimentary rock that contains large, rounded sediments called clasts. These clasts are typically pebbles, cobbles, or even boulders that are cemented together by finer sediment particles.
A river is a body of water that can erode large amounts of soil by carving a channel in the landscape. The moving water picks up sediment and rocks, gradually wearing down the land over time through a process called erosion.
The oceans are another extremely important carbon reservoir. Carbon is stored in marine life, dissolved inorganic carbon, and as organic carbon in sediments at the bottom of the ocean. The oceans play a critical role in the global carbon cycle by absorbing and storing large amounts of carbon dioxide from the atmosphere.
mass movement
The majority of sediments from continents settle in the oceans, especially in areas close to the coastlines where rivers deposit large amounts of sediment. These sediments can accumulate in continental shelves, deep sea trenches, and submarine canyons.
The grasshopper has small holes along it'sabdomen calledspiracles which allow large amounts of oxygen (or air) to enter into the body. Which is an adaptation from "what is normal" for receiving air.
if you were to continue moving the bottle for a long time what would happen to the large sediments?
The process in which sediments move slowly downhill, is called creep. It is common where freezing and thawing occur. As ice expands in soil, it pushed sediments up. Then as soil thaws, the sediments move farther downslope. Over time, creep can move large amounts of sediment, possibly causing damage to some structures
data integrity
large amounts of fast RAM
large amounts of fast RAM
Large mass amounts.
Mesopotamia irrigation systems allowed civilizations to develop because it allow them to grow food. This food was able to feed large amounts of people.
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Nothing is healthy to consume in large amounts.