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Polar jet streams
A bed load is a collection of large particles of sediment which are carried along the bottom of a stream.
It would take more time for smaller particles to settle because they are lighter than larger particles, making it harder for them to settle. Its is easier for larger particles to settle because if they bump up against each other they wont move much and their heavier weight will cause them to stay once settled.
If the size of the sediment is very small then it would have poor permeability But if the size of the sediment was large then it would be easier for liquids to flow through.
the soil that has large particles are the loosly packed ones, ahha
Polar jet streams
Polar jet streams
Polar jet streams
Yes. A slower current cannot carry as much sediment or particles as large as a faster current.
Sedimentary because it has sediments.
A bed load is a collection of large particles of sediment which are carried along the bottom of a stream.
Boulders fracture into large rocks. Ice, thawing, and wind break apart the rock even more until it is sediment. Sediment gets picks up by streams and rivers. As sediment is compacted, it again begins to form rock.Interesting fact: Sediment from the Appalachian Mountains in the east have been found in cliff faces of the Rocky Mountains in the west, carried there by streams and rivers.
two eggs shoot sperm
Active transport: The movement of particles against the concentration gradient into or out of a cell. Bulk transport:The movement of large molecules into or out of the cell. Both of these require energy
It would take more time for smaller particles to settle because they are lighter than larger particles, making it harder for them to settle. Its is easier for larger particles to settle because if they bump up against each other they wont move much and their heavier weight will cause them to stay once settled.
What is the process in which rocks ate broken down into smaller pieces by ice, water
What is the process in which rocks ate broken down into smaller pieces by ice, water