caseypowell04
contestada

In a certain population of wolves, a mutation takes place and several wolves
that are remarkably faster and stronger than the other wolves are born.
According to the theory of evolution by natural selection, what is likely to
happen to this trait after several generations?
O
A. After several generations, this trait is likely to occur at the same
small frequency because it does not improve the chances that the
wolves will survive and reproduce.
B. After several generations, this trait is likely to be much more
common because other wolves will learn to run as quickly as the
individuals with the mutation.
C. After several generations, this trait is likely to be much more
common because individuals with the trait will have a greater
chance of passing it on to their offspring.
D. After several generations, this trait is likely to disappear because a
mutation cannot be passed on to offspring.

Respuesta :

yeetisurfeetis
C... an animal that is faster than the others will have way better chances of survival. Thus, the animal with the mutation will pass on the trait more

According to natural selection, the wolves with the stronger trait will be more likely to survive and have a greater chance of passing it on to their offspring. Thus, option C is correct.

What are evolution and natural selection?

Evolution is the modification of the preexisting traits with new and better traits. Evolution is based on a natural selection where the species having better traits are selected over the other.

After many years the wolves having better traits like fast and strong muscles will pass the trait to the offspring making them preferred over the weak wolves. This will increases their chance of survival and reproduction.

Therefore, the wolves with better traits are selected.

Learn more about evolution and natural selection here:

https://brainly.com/question/2725702

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