Aman and a woman are both carriers of sickle-cell anemia. the man is color blind. the woman is not color blind, nor is she a carrier of color blindness. what proportion of their children who will be carriers of color blindness will also have sickle-cell anemia?

If sickle-cell anemia is represented by aa, then it is a recessive trait. Therefore, the man and woman's alleles would be Aa, heterzygous dominant, meaning they are carriers for the disease. If the man is color blind, his alleles would be, let's just say, cc. The woman's would be CC, since she is homozygous dominant. There is a 100% chance that their children will be carriers of color blindness due to the allele combinations. There is a 50% chance that these children will have sickle cell anemia and a 50% chance that these children will carry sickle cell anemia.

If sickle-cell anemia is represented by aa, then it is a recessive trait. Therefore, the man and woman's alleles would be Aa, heterzygous dominant, meaning they are carriers for the disease. If the man is color blind, his alleles would be, let's just say, cc. The woman's would be CC, since she is homozygous dominant. There is a 100% chance that their children will be carriers of color blindness due to the allele combinations. There is a 50% chance that these children will have sickle cell anemia and a 50% chance that these children will carry sickle cell anemia.

it would affect precipitation by causing flooding in some areas of the world due to climate increasing, causing the glaciers in the northern and southern pole of our planet to melt.

i wish you would have provided choices to simplify it and allow me to give an exact answer.

i think that is new experiments yield untrustworthy data and should be carefully considered, because you don't know what will happen with the experiments.