Explanation:
To know where erosion and deposition will occur, since we have no visual aid, we need to understand these concepts.
Erosion and deposition are terms that are often used in the geology especially when a rock is being transformed from either metamorphic or igneous to sedimentary rocks.
- Erosion is the removal of lose and weathered rock materials from the surface of the earth.
- Deposition is the laying down of the sediments in a basin.
An igneous and metamorphic rocks can be transformed into a sedimentary rock by erosion and deposition.
Prolonged exposure to the action of agents of denudation degrades a rock and forms sediments from them.
The sediments are removed by erosion.
As they are transported, the come to settle and rest in sedimentary basin.
Inside the basin, the weight of sediments pull against each other and causes them lithify into sedimentary rocks.
Any process that concurs with this analogy is that of erosion and deposition.
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I think it would be ovulation
Answer:
To figure out what will and will not hurt the environment
Hope this helped!
The lac operon contains an operator, promoter, and structural genes that are transcribed together and are under the control of the catabolite activator protein (CAP) or repressor.The lac operon encodes for the genes needed to utilize lactose as an energy source. Answer is C
Answer:
Explanation:
Water tends to move in nature. This movement is facilitated by an osmotic gradient created as a result of OSMOSIS. Osmosis is the movement of water from a region of low solute concentration (high solvent concentration) to a region of high solute concentration (low solute concentration) through a semi-permeable membrane.
Salt contributes to the tonicity of the soil it was sprinkled in the sense that it makes the solute concentration of the soil higher (hypertonic) than that of the plant cell (hypotonic). This creates an osmotic gradient causing the movement of water from the plant cell into the road containing salt in order to form an osmotic balance. The water passes through the cell membrane of the plant cell which acts as the semi-permeable membrane in this case.
The movement of water out of the cell will eventually make the plant cells around that road area shrink (reduce) and likely die, due to loss of water content.
