The rate for a recessive allele to decline to half its initial frequency will depend on the presence of selective evolutionary forces and random mating.
<h3>What is recessive allele frequency?</h3>
The recessive allele frequency refers to the initial frequency of a recessive allele in a population, which is masked in heterozygous individuals.
The recessive allele frequency depends on the adaptive fitness of this gene variant, the presence of selective forces and random mating, that facet its rate of change.
In conclusion, the rate for a recessive allele to decline to half its initial frequency will depend on the presence of selective evolutionary forces and random mating.
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The relationship between cats and mice could be best described as 'Predator-Prey'.
Answer:
Can you add more detail to this question, I don't understand what you're asking. So sorry, I'll try to help as much as I can!
Explanation:
Correct answer: B). The shorter the radiation's wavelength, the higher the radiation's energy
The wavelength and radiant energy are inversely proportional to each other. The greater amount of energy is released by the radiation that has a higher frequency and it has a shorter wavelength. The higher the frequency of radiation the shorter will be its wavelength.
According to this relationship, the shorter wavelength has higher energy as compared to a higher wavelength.
