These little bunnies (A, B, and C) were born in the same litter to the same parents, but they have different traits for the feature of ear thickness. Bunny A has thick ears, bunny B has average ears, and bunny C has thin ears. How did these bunnies end up with ear thicknesses that are different from one another even though they have the same parents? How did the gene combinations result in the different traits?

The gene combinations result in different traits because of the cross between two hybrid parents.

It should be noted that offsprings receive traits from their parents. Offsprings inherit 2 versions of a gene from their parents with one coming from the mother and the other one coming from the father.

Our parents possess two versions of each gene, therefore, their offsprings get the genes randomly. Therefore, in this case, the parents gave thick and thin ears. So, the children will randomly have different traits for the feature of ear thickness.

Read related link on:

link

Answer/Explanation:

We each inherit 2 versions of a gene from our parents: one from the mother and one from the father.

However,  our mother and father also have 2 versions of each gene. So the one we end up inheriting is random, like a coin toss. This is true for each parent.

Say the mother has one version of the gene that gives thick ears (A), and one version of the gene that gives thin ears (a). So she is Aa.

Say the father has the same, and he is also Aa.

The father can pass on either A or a, and the mother can pass on either A or a.

So their children can either be AA, Aa, or aa. AA would give thick ears, and aa would give thin ears. Aa gives an intermediate thickness like in bunny B. This is an example of incomplete dominance

t2 equal the displacement of the particle over the same time period if t2> t/2? hint: consider a sine wave starting at t1=0, then consider a closing wave starting at t1=0, for your explanatio

answer: the answer is a