If mitotic cell division is the only way a particular species of single-celled organism can reproduce, it is most likely that

1 answer:

4 0

If mitotic cell division is the only way a particular species of single-celled organism can reproduce, it is most likely that the rate of evolution in this species is slower than in one that reproduces sexually. This is asexual reproduction, which causes mutations in a population to accumulate and combine more slowly than sexual reproduction in a cell line, as the mutations would have to arise multiple times in one line, rather than a few separate times and then be allowed to combine sexually for the descendants to have those traits.

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In poultry, black is dominant to white, but the heterozygote is blue. If you consistently

balu736 [363]

Answer:

indeterminate

Explanation:

The answer would be an indeterminate number of generations.

The blue trait is a heterozygous trait. In other words, the blue allele does not really exist. Two different alleles team up to produce the trait, whereas, only two the same allelic conditions can produce a true-breeding flock.

Hence, it will take an indeterminate number of generations to produce a true-breeding flock of the Blue Andalusions.

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Which is an example of a population?

JulijaS [17]

Well lets see here, The definition of population is a particular section, group, or type of people or animals living in an area or country. So it would be D.

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Which of the following is a function of skin?

nalin [4]

D. all of the above

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Which statement is true? a. Prokaryotic cells have multiple membranes. b. Eukaryotic cells have one membrane. c. Prokaryotic cel

Harrizon [31]

D is the answer I do believe

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