Answer:
See the answer below
Explanation:
Let us assume the sickle cell anemia allele to be S and the alternate, non-sickle cell allele to be A.
Since the woman has no history of sickle cell in her family, she is totally free from the trait and, hence, would have the genotype of AA.
The man's father had sickle cell anemia. This means that the man has, at least, one sickle cell allele in his genotype with the other allele depending on the genotype of his mother. Hence, the man can be AS or SS depending on the genotype of his mother.
Mental and physical- mental:when you spend to much time on a project or task. physical: running a marathon etc...
In the student's experiment;
- the control group is bacteria grown at 98.6°F
- the experimental group is bacteria grown at 95°F, 100°F, and 108°F.
<h3>What are control and experimental groups in an experiment?</h3>
The control group in an experiment is the group which does not receive the treatment that the researcher wishes to determine its effect on a group in the experiment. The control group may receive he standard treatment.
The experimental group in an experiment is the group which receives the treatment that the researcher wishes to determine its effect on a group in the experiment.
In the experiment;
- the control group is bacteria grown at 98.6°F
- the experimental group is bacteria grown at 95°F, 100°F, and 108°F.
In conclusion, an experiment has a control and experimental group.
Learn more about control and experimental group at: brainly.com/question/24708013
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Cool Beans. Thanks. Not really a question though.
Iris is the muscle that regulates the amount of light entering the eye