I would make the graph narrower.
The concept of recessive alleles and the principle of segregation during gamete formation can explain how hybrid parents carrying a recessive allele can produce offspring with recessive phenotypes. When the alleles for a specific trait segregate during gamete formation, a recessive allele from each parent can combine in the offspring, resulting in the expression of the recessive phenotype.
It is the most consistent, and perhaps the best, theory put forward to explain the fact of evolution.
The discovery of the structure of the genome and the genetic mechanism helped explain what the mechanism was that drives evolution: it helped explain how changes in the genome lead to the different phenotypes upon which natural selection acts. Also, the ability to sequence parts of a genome yielded yet another confirmation of the central thesis of common descent, by showing that at the genetic level all life conforms to the same set of nested hierarchies that was already apparent in its morphology and behaviour. Thirdly, the ability to compare genes and genomes allowed biologists to establish much more accurately the evolutionary relationships between species.
A pattern of inheritance that the blending hypothesis fails to explain is incomplete dominance, where the heterozygous phenotype is intermediate between the two homozygous phenotypes. This contradicts the blending hypothesis, which suggests that the traits of the parents are mixed together in the offspring. In incomplete dominance, the traits remain distinct in the offspring.
Darwin's theory of evolution by natural selection was better than other theories of his time because it provided a mechanism (natural selection) to explain how evolution occurs. It was supported by evidence from various scientific disciplines such as geology, paleontology, and morphology. Additionally, Darwin's theory was able to explain the diversity of life on Earth in a simple and elegant way.
He explained them in terms of descent with modification, common descent and natural selection.
mech and cromosomes
interim distribution
Explain. I have never seen the term selection used.
Explain the origin of the defect distribution in a typical software development life cycle.?
Yes. It would take too long to explain genotypes and phenotypes, just know that it is possible.
sss
Eat chicken!
Which types of retail outlets are best suited to intensive distribution? To selective distribution? To exclusive distribution? Explain your answer in each case.
bears light and dark
No
poda loose