Use the data to explain the changes in phenotypic frequency from generation 1 to 3. I'm not sure how to explain the increase in the recessive trait for generation 2 to 3. How would a population go from p2+2pq=1 to q2≃.2?
Do you think this population is in Hardy-Weinberg equilibrium? Support your answer. No, I don't believe so, since the population seems to change constantly in both the total number in the population, as well as the number of individuals with each trait.
Propose a possible explanation for the change in phenotype frequency from generation 5 to generation 6. Perhaps a climate change or the introduction of some new factor such as a drought or new preadator?
It protects earths surface from dangerous radiation. Your answer is A
Answer:
The correct answer is the first statement.
Explanation:
During animal development, a zygote divides further to give rise to an eight-cell stage that further gives rise to blastula and gastrula. The zygote refers to a diploid cell generated as an outcome of the process of fertilization, it proliferates various times to give rise to a blastula comprising a monolayer of cells.