Answer: Frequency dependent selection.
Explanation:
Frequency dependent selection can be defined as evolutionary process by which the fitness of the phenotype or genotype is dependent on the genotype or phenotype of the composition of the given population.
Frequency dependent selection is the result of the interaction between the species( parasitism, competition or predation)
It can also lead to the dynamical chaos when the fitness of the individual becomes very low.
<span>shawns business will have more income and therefore can grow more rapidly than sue's. The reason that shawn's business can grow is because he will be able to generate more business than sue even if they produce the same quality of donut using the same ingredients. Shawn still has the most potential as he can support taking on more customers.
P.S the website address doesn't work.</span>
A high pressure system has higher pressure at its center than the areas around it. Wind blows away from high pressure. Winds of a high pressure system swirl in the opposite direction. But a low pressure system - clockwise north of the equator and counterclockwise south of the equator.
Answer:
The diagram below shows a cross section of a plant leaf. How does the structure marked X contribute to the survival of the plant? It allows the intake of gases necessary for photosynth
