Under which of the following conditions is a on most likely no evolve abimodaldistribution? o selection favors muniple distinct
trait vaues, and similar individuals tend to mate with each other O Traits are strongly corelated and a low carrying capacity keeps the population size small O Environmental conditions change rapidly, and alow muation rate limits the establishment of new variants Selection is weak, and individuals produce large numbers of omspring each generation. the lab, which of the following factors made it more Check al apply: Selectivity in choosing mates The avaiability of smaller seeds Geogaphic barriers separating subpopul Long term weather pattems submit questions D e B a S Web and Windows
The correct answer is "selection favors multiple distinct trait values, and similar individuals tend to mate with each other".
Explanation:
A population with a bimodal distribution are groups of organisms with two major traits or "modes", with practically equal amounts of individuals with these two modes. This type of distributions indicate that the population is not homogenous and that more than one trait is favored in the given circumstances. A bimodal distribution is most likely to evolve when selection favors multiple distinct trait values, and similar individuals tend to mate with each other. In this case natural selection favors more than one value, and due to the individuals with one value tend to mate to each other, only two major traits are favored in the population.
Answer. The most appropriate statement that is explaining the effect and cause during muscle contraction is. “The release of calcium ions causes myosin and actin to attach to each other.” The activation of muscles helps in the generation of muscles that send out the signals to the neurons.
Kinins are always present in an individual's blood. however, in the absence of infection, it is in an inactive form. The kinins are polypeptides that as blood components generate various mediators and many<span> cardinal manifestations of </span>inflammation.
