The appalachian is my answer as the warm air rises from the coast wind is winding it down.
From the given information above, the answer would be that type O blood is not dominant. To explain this, all blood types consist of genotypes and these genotypes consist of two letters. For blood type A (A, i) and (A, A); for blood type B (B, i) and (B, B); For blood type AB, there is only one which is (A, B) as well as for O which is (i, i). The capital letters are considered as the dominant whereas, the lowercase letters are recessive. So to conclude, blood type O is a recessive blood type. Going back to the information given, the father is blood type A which is (A, i) whereas the mom has a blood type O (i, i) and the daughter is also blood type O (i, i). Therefore, what the daughter got from his dad is i, and another i from the mother, which makes her having a blood type O.
The answer is <span>25% red : 50% pink : 25% white
</span>
A - allele for red flowers
a - allele for white flowers
AA - flowers with red flowers
Aa - flowers with pink flowers
aa - flowers with white flowers
The cross looks like:
Parents: Aa x Aa
Offspring: AA Aa Aa aa
Red flowers (AA): 1/4 = 0.25 = 25%
Pink flowers (Aa): 2/4 = 0.50 = 50%
White flowers (a): 1/4 = 0.25 = 25%
Answer:
reason for studying human genetics is that it gives us a powerful tool for understanding and describing human evolution. At one time, data from physical anthropology (including information about skin color, body build, and facial traits) were the only source of information available to scholars interested in tracing human evolutionary history. Today, however, researchers have a wealth of genetic data, including molecular data, to call upon in their work.
