Which question does the process of selective breeding help to resolve?
A.
How can the most desired traits in offspring be achieved?
B.
How can mutations that are passed onto offspring be avoided?
C.
How can two organisms be prevented from producing offspring?
D.
How can breeding be sped up to increase the number of offspring?
A. How can the most desired traits in offspring be achieved?
The process of selective breeding helps to resolve the question mentioned in option A: "How can the most desired traits in offspring be achieved?"
Selective breeding, also known as artificial selection, is a technique used by humans to selectively breed plants or animals in order to produce offspring with desired traits. It involves choosing individuals with desirable characteristics and allowing them to reproduce, thereby increasing the likelihood of those traits being passed on to future generations.
To get the answer to this question, you can understand the concept of selective breeding, which involves several steps. First, identify the specific traits or characteristics you want to enhance or eliminate in the offspring. Then, select individuals that possess those desired traits and breed them together. Repeat this process over multiple generations, selecting the best offspring each time, until the desired outcome is achieved.
By employing this method, humans have selectively bred various plants and animals, resulting in domesticated breeds with specific traits such as larger crop yields, disease resistance, or specific physical attributes in animals.
In summary, selective breeding addresses the question of how the most desired traits in offspring can be obtained by deliberately choosing individuals with those traits through successive generations.