Answer:
I have a chart for this if you'd like that it really helps to better understand the Nitrogen Cycle and how it works.
Answer:
Your answer should be C I believe
The action and reaction forces referred to in Newton's third law are <u>opposite in direction and act upon different objects.</u>
In science, more specifically in the science classical mechanics, Newton's laws are principles that show the forces that act upon objects in motion. The first law speaks of momentum, the second of acceleration, and the third law states that for every action, there is an<u> equal and yet opposite </u>reaction.
Newton's third law may be confusing at first glance, but what it means is that the action and reaction forces are opposite in direction and act upon different objects, meaning that when one object applies force to another, the second will in-turn apply the same force back, whichever object is most resistant to these forces will be the one that moves the other.
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Answer:
Deletion in a nearby gene, chromosome breakage, and translocation of the gene to a heterochromatic location.
Explanation:
Transposable components (TEs), also known as "jumping genes," are DNA sequences that moves starting with one area on the genome then onto the next, in some cases making or reversing mutation and changing the cell's hereditary character and genome size.
At the point when the transposon is extracted from the original site, it may remove a portion of the gene sections alongside it. This prompts the presence of a serious phenotype. Transposable components can likewise cause chromosome breakage. On the off chance that the whole gene is moved alongside the transposon to a heterochromatic location, the gene gets silenced