due to a genetic mutation, a mouse is born with fur that is not as light as fur in other mice of the same…

due to a genetic mutation, a mouse is born with fur that is not as light as fur in other mice of the same population. this makes it easier for the mouse to blend into the environment. how will this mutation most likely affect the mouse and the population? the mouse with the mutation will not survive, and the trait will disappear from the population. the mouse with the mutation will survive and reproduce, and the trait will spread over future generations. the mouse with the mutation will not survive, but the trait will appear again in the next generation. the mouse with the mutation will survive and reproduce, but the trait will disappear because it was caused by a mutation.

due to a genetic mutation, a mouse is born with fur that is not as light as fur in other mice of the same population. this makes it easier for the mouse to blend into the environment. how will this mutation most likely affect the mouse and the population? the mouse with the mutation will not survive, and the trait will disappear from the population. the mouse with the mutation will survive and reproduce, and the trait will spread over future generations. the mouse with the mutation will not survive, but the trait will appear again in the next generation. the mouse with the mutation will survive and reproduce, but the trait will disappear because it was caused by a mutation.

Answer

Brief Explanations:

The mutation makes the mouse better - camouflaged, which is an advantageous trait. According to the theory of natural selection, advantageous traits increase an organism's survival and reproductive chances, and such traits tend to spread in the population over generations.

Answer:

The mouse with the mutation will survive and reproduce, and the trait will spread over future generations.