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The frequency of antibiotic-resistant bacteria tends to go down when the bacterial population is no longer being exposed to the antibiotic. This implies that bacterial antibiotic resistance mechanisms have a significant ________ to the bacterial population.

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Final answer:

The frequency of antibiotic-resistant bacteria decreases when the bacterial population is no longer exposed to the antibiotic due to the significant impact of bacterial antibiotic resistance mechanisms on the population.

Step-by-step explanation:

The frequency of antibiotic-resistant bacteria tends to go down when the bacterial population is no longer being exposed to the antibiotic. This is because bacterial antibiotic resistance mechanisms have a significant impact on the bacterial population. When antibiotics are present, they selectively kill off bacteria that do not have the resistance gene. This results in a population dominated by antibiotic-resistant bacteria.

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