<span>It is my belief that the complexity of cells supports the notion of intelligent design. When Darwin proposed the theory of evolution, their current understanding of a cell was a simple blob or building block of life. It was therefore not outlandish to think that such a building block could in fact have been created by accident in a primordial soup without intelligent forces acting upon it. However, giving the complexity of not only the design but the processes that cells fulfill, for example the Flagellar motor, it is nearly impossible to believe that such a thing could come about by natural processes that we can observe today.</span>
Answer:
- The blood group of the father must be B.
- The genotype of blood group would be
. - The Rh factor of the father can either be positive or negative.
- Thus, the genotype of Rh factor of father would be either Rr or rr.
Rh factor:
The phenotype of the mother Rh factor is positive. Thus, she can have Rr or RR as her genotype as positive is a dominant trait.
If the genotype of the mother is RR then all the offspring would be positive for Rh factor. However, one of the offspring is Rh negative, that means the mother must be heterozygous that is, Rr.
The genotype of the father can either be Rr or rr in order to produce offspring with positive as well as negative Rh.
Blood group:
The blood group of the mother is A. Thus, the genotype can either be 
or 
.
However, the blood groups of the children are O+ and B+.
Thus, the genotype of the mother must be heterozygous that is .
The blood group of the father must be B with genotype in order to produce offspring with blood group O and B.
The answer is egg! I really hope this helps you out!
Answer:
none but they make blue pigment
Explanation:
No, there are no animals that naturally grow blue fur. In fact, there is no known vertebrate animal that produces actual blue pigment, and few invertebrates.
Contractile proteins<span> generate force for muscle contraction. The two </span>contractile proteins<span> in myofibrils are actin (part of the thin filament) and myosin (part of the thick filament)</span>
