Answer:
50% or 1/2
Explanation:
<em> chance that they would have children with albinism is 50.</em>
A allele encodes normal pigmentation.
a allele encodes albinism.
An aa individual has children with an Aa individual
aa x Aa
Offspring = Aa, aa, Aa, and aa = 2 Aa + 2 aa (See the attached Punnet's square)
Based on the assumption that the A allele is dominant over the a allele, Aa individuals will have normal pigmentation while aa individuals will be albinos.
Hence,
<em>Percentage of their children that will have normal pigmentation </em><em>(Aa</em><em>) = 50% or 1/2.</em>
<em>Percentage of their children that will be albino (</em><em>aa</em><em>)= 50% or 1/2.</em>
The major factor that is based upon in ANOVA is the p-value. The null hypothesis is that the mean is the same for all groups. This could be rejected if according to statistical data analysis, the p-value is less than 0.5.
Communication among scientists in different countries would be nearly impossible because they would not know for certainty which organism was being discussed if each country had its own name for an organism.
Explanation:
If the concentration of molecules outside the cell is very high relative to the internal cell concentration, the rate of diffusion will also be high. If the internal and external concentrations are similar (low concentration gradient) the rate of diffusion will be low.
Answer:
Because through fertilization, we have the union of half of the paternal and maternal patrimony. In asexual reproduction, on the other hand, the child organisms will be the same as the organism that generated them
