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lbvjy [14]
4 years ago
13

Useful mutations become established much more quickly in a population of microorganisms, such as the cluster of E-coli bacteria

shown here, than they do in humans. The MOST LIKELY reason for this is that microorganisms
Biology
2 answers:
astraxan [27]4 years ago
4 0

Answer:

B on USATestPrep

Explanation:

Thanks to the other person who answered, rapid cell cycle is asexual reproduction very fast.

denpristay [2]4 years ago
3 0
The answer is <span>microorganisms have rapid cell cycle.

Microorganisms are much simpler and much smaller organisms than humans. Because of their size and complexity, they reproduce in extremely rapid pace. For example, E. coli population is able to double each 20 minutes. This is, of course, not the case with humans.
For the mutation to become established, there must pass a few generations. So, if a useful mutation establishes in E. coli cell, in 20 minutes it will be present in the next generation, in 40 minutes it will be present in the generation after that, and so on. In the humans, years (not minutes) are necessary for the mutation to be passed down to the first generation. It needs less time to establish a mutation in E. coli than in humans.</span>
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Yes

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Beavers kill trees by cutting them down. They then use these trees to dam streams. They also help in creating ponds. This increa
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3 0
4 years ago
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If the principle of segregation was incorrect, what would Mendel's cross of two heterozygous individuals (for seed shape) yield?
DiKsa [7]

Answer:

The options are missing, the options are:

(a) the ratio of round to wrinkled would have been unpredictable and change each generation

(b) all of the seeds would have displayed the dominant trait, round

(c) it would have yielded the same results as he originally saw

(d) an inversed 3:1 ratio, wrinkled:round

(e) no offspring would have been produced, so there would be no ratio

The correct answer is A

Explanation:

Mendel proposed that alleles of a gene separates into gametes during gamete formation. He called this Law of Segregation. He also stated that in an heterozygous organism, each different allele separates into gamete will equal frequency. He was able to predict the phenotypic ratio of 3:1 for the F2 generation using this principle and it proved right.

If his principle of segregation were false, it would have been impossible to predict the phenotypic outcome of the offsprings i.e. in what proportion each trait will occur. This unpredictability would have changed the ratio of the offsprings in each generation. For example, in the case of seed shape gene, if the round and wrinked alleles didn't separate in equal frequencies, it would be impossible to come up with a prediction of 3:1 ratio of round to wrinked seeds.

6 0
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