Answer:
First one, its higher and smoother in wavelength and the greatest.
Answer:
540
Explanation:
In this case, the mutation rate from the allele black fur to the allele gray fur decreases by 10 percent per generation, while the original number of black fur alleles is 600.
Percentage of 10% of 600 = (10 x 600) / 100 = 60 alleles
In consequence, the number of black alleles in the next generation will be >>> 600 - 60 = 540 alleles
Isn’t that an Eagle bird ?
I believe the purpose of the horns in the monsters is to make them look scary for work and thus appear charming to the monster sexes. Assuming that the monsters mate sexually, the selection of the horn numbers will depend on the whether more numbers of it make one look beautiful or whether it incurs any work related advantage. A small monster colony has a large amount of monsters that have an abnormal amount of horns. This indicates that the abnormal number of horns are preferred over fewer horns as they carry a certain advantage of having a scarier look.
The parents would both have to be heterozygous for both of the traits, meaning that if the chromosome letters were "B" and "b", their genotypes would both be "Bb." If you put both parents' genotypes into a punnet square, it would be a 25% chance that their child would have blue eyes. Beatrice's genotype would end up being "bb", since blue eyes are a recessive gene in this case.