Then the population is evolving. If a population is not in Hardy-Weinberg equilibrium, then it is evolving. Evolution (microevolution) is a change in allele frequencies across generations.
Answer:
It allows us to be educated in issues important in today's world.
Explanation:
Nowadays, the world is facing many different issues. Among them, the climatic issue is the most important one. Science allows us to study global warming. It will enable us to understand how global warming is increasing and how it is affecting the climate. It allows us to get a prediction about climate change, which might be happened by global warming. By studying science, we can also be able to know what to do to reduce global warming so that our environment can become safe.
So we can say that science allows us to be educated in those issues which are important in today's world.
Answer:
Let us consider that A signifies the dominant allele and letter a signifies the recessive allele. The dominant allele, A would demonstrate normal phenotype, on the other hand, the recessive allele, a would be accountable for the disease. The possibilities of genotypes and phenotypes would be AA demonstrating normal homozygous individual, Aa demonstrating normal heterozygous individual, and aa demonstrating homozygous individual carrying the disease.
Based on the given question, the genotype of the individual would be Aa, due to the existence of the dominant allele, normal phenotype would be demonstrated by the individual. In case if the deletion of A allele takes place from the genotype, the left a allele would possess the tendency to show its effect and the expression of the recessive phenotype will take place.
Hemizygous refers to the condition in which only one allele is found in a diploid organism, and the organism within which it takes place is known as hemizygote.
The answer is D) Balloon C climbs higher than Balloon A and Balloon B
