Answer:
The correct answer to the question: If neither you nor your spouse has either albinism or cystic fibrosis, what are the odds that your first child will have both albinism and cystic fibrosis, would be: 1 in 16.
Explanation:
The topic of genetics, and especially ineritance of traits, whether from parents, or grandparents, or anyone directly linked to your line, is a pretty complex one and it depends entirely on two factors: chromosomal dominance and recessiveness, and the probability combinations that arise from crossing these. Essentially, in this case, both you and your partner have directly inherited the genes for both albinism and CF, but these have not been dominant in you, but recessive, for both conditions. The odds of a child of yours receiving and actually displaying the traits for both albinism and CF will depend entirely on the crossing of genetical material, dominant and recessive chromosomes from both you and your partner. Even though albinism and CF are recessive traits, they can become the feature that will be displayed on your child by combination and probability. This probability in this case gives 1/16.
The Marbury v Madison (1803) case was important in the history of the Supreme Court because it established “judicial review”. Judicial review established that federal courts have the power to void and oppose laws, statutes, and/or government Congressional actions that contradict the United States Constitution.
The answer will be stimulus demand fading. The stimulus demand fading describes the situation where Cameron is in, it is because it used to describe the behavior of person who tries to escape task or escapes the task that is being given to them. They escape the instructional activities that were given to them that it could be classified as a behavioral problem.
Answer:
the answer is on the picture
Explanation:
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