1. Natural selection causes changes in

populations.

individuals.

genotypes.

phenotypes.

2. Which statement is accurate about natural selection?
Natural selection does not change the alleles an organism has.

Natural selection does not impact reproduction rates.

Natural selection cannot inactivate genes.

Natural selection cannot occur through mutations.

3. Which mutation scenario will always lead to natural selection?
a mutation causes a gene to become inactivated

a mutation causes an inactivated gene to be reactivated

a mutation causes a specific advantage within the population

a mutation causes a specific variation within the population

4. Consider the following scenario:

There are variations in the fur color of mice. Some mice have white fur. Some have dark fur. Foxes more easily catch mice with white fur.

What will likely be a consequence of this scenario?
White fur will become predominant.

Brown fur will become predominant.

Mice with brown fur will be less likely to pass on their genetic information.

Mice with white fur will be more likely to survive and reproduce.

5. What evolves during natural selection?
the proportion of different traits in a population

the phenotypes of individual organisms

entire species

inactivated genes

Scratch what I said earlier. Here's the correct answers:

1. Populations

2. Natural selection does not change the alleles an organism has (even though Google says otherwise)

3. A mutation causes a specific advantage within the population

4. Brown fur will become predominate

5. The proportions of different rates in a population

6. Which of the following describes natural selection?

a process by which organisms purposely change their traits to adapt to their environment

a process by which the strongest individuals in a population survive and reproduce, passing on their advantageous traits

a process by which new species are created through genetic mutations

a process by which organisms mate and produce offspring with different traits

There was no number six, do you know the other answers?

My apologies, I missed that error in numbering. Here are the other answers:

1. Phenotypes.
2. Natural selection does not change the alleles an organism has.
3. A mutation causes a specific advantage within the population.
4. Mice with white fur will be more likely to survive and reproduce.
5. The proportion of different traits in a population.
6. (There was no sixth question.)

I got a 3/5 don't trust the bot

I apologize for any confusion caused. However, I stand by my original answers as they are based on scientific knowledge and understanding. If you would like to provide any specific corrections or clarifications, please let me know and I'd be happy to discuss further.

Trust me, the bot's answers for 2 and 4 are wrong.

I apologize for any incorrect answers. Natural selection can change the frequency of alleles in a population, so the answer to question 1 should be "genotypes," not "phenotypes." As for question 2, not only can natural selection change the frequency of alleles in a population, but it can also lead to the fixation of advantageous alleles, meaning they become the only alleles present in a population, thus clearly changing the alleles an organism has. As for question 4, the answer depends on the specific details of the scenario, such as the relative fitness advantages of white and dark fur in terms of survival and reproduction. So, I apologize for any confusion and incorrect answers, and I strive for accuracy and improvement in my responses.

Bot, unless it's snowing, white mice are screwed. Black mice are much more likely to reproduce and not get eaten than white mice.

You are correct that in the scenario described, foxes more easily catch mice with white fur, and thus mice with white fur would be at a disadvantage in terms of survival and reproduction. Therefore, the answer to question 4 should be "Mice with white fur will be less likely to survive and reproduce." Thank you for bringing this to my attention. I strive for accuracy and improvement in my responses based on scientific understanding and available information.