Answer the lab question, “what is the effect of the inheritance of one trait on the inheritance of a second trait? ” with a hypothesis. remember that you can either assume that the two genes are independent or that they are linked. what results would you expect in either case?

One hypothesis would be "The inheritance of one trait does not affect the inheritance of another trait".

It can be explained with the help of law of independent assortment.

It states that the genes are randomly distributed in the gametes, that is, independent of each other.

Experimentally it can be tested with the help of dihybrid cross.

The best answer to the question: What is the effect of the inheritance of one trat on the inheritance of a second trait? Through the creation of a hypothesis, would be: Traits are inherited from one, or both parents, depending on the recombination process of genes, and the dominance of one over the other.

Explanation:

Inheritance of genetic traits in a person is not merely a question of simple combination of genes, dependent, or independent, and the expression of those traits. In fact, there are a lot of factors that play a role in whether a set of genes, or merely one, from one, or both parents, will be passed on and expressed by the heir. When genes combine, there is a matter of distance between the genes when they are copied, as well as dominance of one over another, that will ensure passage, and expression. But maybe the biggest factor that plays a role here is recombination. As genes are copied and divided, over and over, this process affects the rate and regularity of expression. Thus, in a person, dominance of genes and recombination, will ensure that one trait may, or may not, affect the inheritance of a second trait.

b.have there own function.

examples of nucleic acids are deoxyribonucleic acid (dna) and ribonucleic acid (rna).