You can use Superbugs as an example of natural selection because <span>In evolution by natural selection, the individuals who can cope with the environment survive, while the ones who cannot die. The ones who survive reproduce, leading to a population of individuals with the survival characteristics. For superbugs, humans killed the bacteria that were not resistant to antibiotics. The resistant bacteria survived and reproduced. Humans caused the unnatural environment by introducing antibiotics into the bacteria's environment. However, since the conditions in the bacteria's environment select which bacteria survive, this is an example of evolution by natural selection. That's why MeriTR and that's they answer why you can use superbugs for an example of natural selection. #science work</span>
Although errors might happen during the transcription or translation process, the fact that amino acids are being coded by a number of different codons would offset the error. This would offset the transcription and translation errors because there are a number of codons present so even though a wrong match or pairing of the letters would happen, another type of codon having those letters would be present which results to not becoming an issue or being a bad type of mutation. It would basically decrease chances of a transcription or a translation process would cause an erroneous type of protein formed.
If you know that photo means light and synthesis means putting together, you can draw that photosynthesis is, at least, putting light together. And with context-- you can figure out that photosynthesis is turning light into energy.
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A basic pedigree usually includes three generations—the consultand's first-degree relatives (parents, children, siblings) and second-degree relatives (half siblings, grandparents, aunts and uncles, grandchildren). Third-degree relatives, particularly cousins, are often included, if only to note that they "exist."
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