Answer:
By producing vitamins or breaking down molecules.
Explanation:
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It be unreasonable to conclude that this level of UV radiation exposure is harmful to these cells because, There is no control group and we don't know how many cells would have died after 3 days with normal UV exposure.
Explanation:
The researcher in the given example shows the effect of UV radiation and its effects to the cells. He does not tell about the group that did not receive the UV radiation and their effects. A control group is very important in a research because it can be compared with the result obtained by some experiment effects. It is a group in an experiment in which the treatment is not given.
The results can be compared with the group under treatment with the group that did not undergo any treatment. Since, there is no control group in this experiment, we can not determine how many cells that were exposed to normal UV radiation died after 3 days, it would be unreasonable for getting the conclusion of how harmful UV radiation exposure to these cells.
Natural disasters can lead to genetic drift by causing changes in population size and composition. They can result in the loss of genetic variation, founder effects, and bottleneck effects.
Natural disasters can contribute to genetic drift by causing significant changes in the population size and composition of a species. These events can lead to a random loss of genetic variation by causing the death of certain individuals or wiping out entire populations. For example, in a wildfire, individuals with certain genetic traits may be more vulnerable to the fire and are therefore less likely to survive and reproduce, leading to a decrease in the frequency of those traits in future generations.
In addition, natural disasters can also result in founder effects and bottleneck effects. A founder effect occurs when a small group of individuals become isolated from the larger population and establish a new population. The genetic diversity of this new population is greatly reduced compared to the original population, leading to genetic drift. Similarly, a bottleneck effect occurs when a large population undergoes a drastic reduction in size, reducing genetic diversity. Both of these effects can be caused by natural disasters, such as earthquakes or hurricanes.
Overall, natural disasters can have a significant impact on genetic drift by influencing the frequency and distribution of genetic traits within a population.
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Answer:
big changes in environmental conditions can sometimes cause large changes to the gene pool of a species
Explanation:
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Answer:
by hydrolysis
Explanation:
skepticism
inductive reasoning
syncretism
Answer:
✔ Inductive reasoning ** is the correct answer
Explanation:
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Inductive reasoning is the method by which we draw conclusions based on our observations. It is a logical process used to make generalized predictions based on repeated observations.
The method of reaching conclusions based on observations is called inductive reasoning. Inductive reasoning is a logical process in which multiple premises, all believed to be true or found empirically true, are combined to obtain a specific conclusion. For example, if you observe that the sun rises every day, you may conclude that the sun will rise tomorrow. It's a way to make generalizations and predictions based on experiences or observations.
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