Answer:
probability that the A2 allele will drift to fixation is 30%
Explanation:
given data
population = 100
initial frequencies A1 = 0.7
initial frequencies A2 = 0.3
solution
we know that initial A1 frequency and A2 frequency and here the fixation time is referred as amount of time
so it take to fix allele in a certain population
and A1 & A2 is neutral for fixation
so that here fixation probability
it is neutral so change allelic frequency by the no chance of the occurrence of an mutation
so here probability that the A2 allele will drift to fixation is
A2 allele will drift to fixation = A2 × 100 ...............1
A2 allele will drift to fixation = 0.3 × 100
A2 allele will drift to fixation = 30%
so correct answer is 30%
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She should measure the plant
Answer:
B. a concept backed by many well-supported hypotheses
Answer:
Moths make use of several self defending techniques to avoid predators.
Explanation:
Most people often confuse moth with butterflies, but moth are a different member of Lepidoptera, an flying insect. There are many ways through which moth protect themselves from predators.
Since moths are usually active during the night time, so they often hides in the day time from predators. Another technique that moths use is camouflage, where they can confuse the predators by blending into the surrounding. And when a predator us unable to see a moth, its life is saved. Apart from this, moths are even clever enough to trick bats by their strong detection power.