Answer:
The correct answer would be "Adaptive radiation happens over a relatively short time".
Adaptive radiation refers to the process of evolution in which ancestor organisms diversify rapidly into a wide variety or new forms as a result of environmental changes, availability of new resources, availability of new niches, or new challenges.
Accumulation of adaptive radiations over a long period of time results in speciation.
For example, Darwin's finches adapted according to their feeding behavior.
Answer:
At the end of S phase: 16
At the end of G2 phase: 16
Explanation:
The cells formed by the end of mitosis had 8 picograms of DNA. These cells entered in the process of the cell cycle. The G1 phase of interphase would duplicate their cellular content. S phase of interphase would include DNA replication. During this phase, the content of DNA in the nuclei of these cells would be doubled. By the end of the S phase, there would be 16 picograms of DNA in nuclei of each of these cells.
These cells would enter the G2 phase where the DNA content is maintained. Therefore, by the end of the G2 phase, each of these cells would have 16 picograms of DNA.
Increasing is what I think
<span>a qualitative method used clinically to measure antibiotic resistance and industrially to test the ability of solids and textiles to inhibit microbial growth.</span>
Omg no way just did this yesterday 92