Answer:
Explanation:
1 is D
2 is E
3 is A
4 is C
5 is B
B. A decrease in gene flow
C. An increase in gene flow
D. an increase in genetic drift
Reproductive isolation within a species causes is an increase in gene flow. The correct option is C.
Reproduction isolation is a mechanism constituted by some factors like behavior, physiological process, etc. by which the species does not reproduce with other species.
Gene flow is the flow of genes in forward generations, and reproduction isolation increase the gene flow within species.
Thus, option C. An increase in gene flow is correct.
Learn more about reproductive isolation, here:
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Answer:
c
Explanation:
i did this in class a few days ago i know this is right
2 the Eastern and Western Hemispheres have opposite seasons.
3 the North and South Poles experience the same seasons at the same time.
4 certain regions on Earth can experience non-stop daylight for six months of the year.
short, and TT & Tt = tall)
Answer:
A punnet square is a diagram which is made to illustrate the percentages of the traits that will be passed on from the parents to the offsprings.
If jenny crosses a heterogenous tall dominant pea plant with a short homozygous pea plant then 50 percent of the offsprings will be short.
If Jenny crosses a tall, dominant homozygous pea plant with a short homozygous pea plant then all of the offspring will be tall and heterogenous dominant
Answer:
Twenty five percent
Explanation:
Let us assume that the allele for tall pea plant be "T" and the allele for short pea plant be "t".
Also let us assume that "T" is dominant over "t"
A hybrid pea plant will have both the allele for tall and short plants.
Thus, genotype of hybrid pea plant would be "Tt"
Now if two hybrid pea plants are crossed, then following offspring are formed -
Tt * Tt
TT, Tt, Tt, tt
Thus, out of four only one offspring having "tt" genotype will produce short pea plants.
Thus, probability is equal to
%