Answer: Human Overpopulation Choice D from USATestPrep
Explanation:
Stored energy is called potential energy, and movement is called kinetic energy.
B. TT
C. tt
damage caused by animals and plants
c.
natural acids
b.
ice wedging
d.
physical factors
Asexual reproduction
Mitosis
Replication
The process that can produce a large number of offspring is asexualreproduction, which is present in the second option. Asexualreproduction does not involve any genetic changes and produces identical offspring.
There are two types of reproduction: asexual reproduction, which includes binary fission, and sexual reproduction, which includes genetic diversity due to the meiosis process and genes crossing over. Asexual reproduction does not take as long as sexual reproduction in offspring, as evidenced by bacteria and other organisms. Asexual reproduction produces a large number of offspring in a short period of time with no genetic diversity from the parents as no sex cells or gametes are involved.
Hence, the process that can produce a large number of offspring is asexual reproduction, which is present in the second option.
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2) organisms that sexually select
3) organisms with average traits
4) organisms with extreme traits
The organisms with extreme traits.
• Diversifying selection also known as disruptive selection, illustrates variations in population genetics in which extreme traits are favored over the intermediate traits.
• It is the rarest of the three kinds of natural selection and can result in the deviation of a species line.
• In disruptive selection, the makeup of the population would demonstrate phenotypes of both extremes traits.
• One of the most common example of disruptive selection is London's peppered moths. The darker colored moths were able to survive from predators as they blended with the polluted surroundings, while the lighter moths got extinct. The medium-colored moths were witnessed easily and got killed by the predators.
Thus, correct answer is option 4, that is, organisms with extreme traits.
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Explanation:
In certain populations disruptive selection is occurring in this population which is most likely to survive
organisms with average traits