The right answer for the question that is being asked and shown above is that: "A single line that circles back to boxes A and B at the beginning of the diagram." If the diagram below were to continue past M, this must be added to correctly represent what happens to a bill if it is vetoed: A single line that circles back to boxes A and B at the beginning of the diagram<span>
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So it’s fair and no one holds too much power to change it
I believe the answer is: pn
Primary accents would determine the the strongest emphasis within the word when it is verbally spoken. When people who do not understand the language hear the word, they would most likely hear the 'pn' part to be in the strongest volume compared to the other parts.
Answer: Genetic Divergence
Explanation:
Genetic divergence is the process in which two or more populations of an ancestral species accumulate independent genetic changes (mutations) through time, often after the populations have become reproductively isolated for some period of time. In some cases, subpopulations living in ecologically distinct peripheral environments can exhibit genetic divergence from the remainder of a population, especially where the range of a population is very large
(I got this from reading through some articles online, but it's expressly explained in Wikipedia and POSTING LINKS is beyond my jurisdiction as a law abiding tutor but I am sure that helps as well)
Answer:
They will all have brown eyes
Explanation:
Blue eyes is a recessive trait, so for it to manifest in the children they will have to possess the two alleles for it and on the other hand, their father possess a homozygous gene for brown eyes which is a dominant trait. When a dominant trait is crossed with a recessive trait, the dominant always shows forth phenotypically.
Lets assume the allele for blue eyes is "B" and that for brown eye is "A"
crossing a recessive trait blue eyes with dominant brown eyes will be;
Bb x AA
AB, AB, AB, Ab
It is noted from the cross of the result that each child possess the dominant allele "A" for brown eyes, Thus, they will express/possess brown eyes which is dominant over blue.