To answer this question, we need more information about the genetic makeup of the parents. Specifically, we need to know if the mother is a carrier of the colorblindness gene and if the father is colorblind.

Here are the possibilities:

1. If the mother is a carrier (XcX) and the father is not colorblind (XY), there is a 25% chance of having a colorblind male child.

2. If the mother is not a carrier (XX) and the father is not colorblind (XY), there is a 0% chance of having a colorblind male child.

3. If the mother is a carrier (XcX) and the father is colorblind (XcY), there is a 50% chance of having a colorblind male child.

4. If the mother is colorblind (XcXc) and the father is not colorblind (XY), there is a 100% chance of having a colorblind male child.

5. If both parents are colorblind (mother: XcXc, father: XcY), there is a 100% chance of having a colorblind male child.

So, without more information about the parents, we can't definitively answer this question.

Question

To answer this question, we need more information about the genetic makeup of the parents. Specifically, we need to know if the mother is a carrier of the colorblindness gene and if the father is colorblind.

Here are the possibilities:

1. If the mother is a carrier (XcX) and the father is not colorblind (XY), there is a 25% chance of having a colorblind male child.

2. If the mother is not a carrier (XX) and the father is not colorblind (XY), there is a 0% chance of having a colorblind male child.

3. If the mother is a carrier (XcX) and the father is colorblind (XcY), there is a 50% chance of having a colorblind male child.

4. If the mother is colorblind (XcXc) and the father is not colorblind (XY), there is a 100% chance of having a colorblind male child.

5. If both parents are colorblind (mother: XcXc, father: XcY), there is a 100% chance of having a colorblind male child.

So, without more information about the parents, we can't definitively answer this question.

Knowee AI · Accepted Answer

To answer this question, we need more information about the genetic makeup of the parents. Specifically, we need to know if the mother is a carrier of the colorblindness gene and if the father is colorblind.

Here are the possibilities:

1. If the mother is a carrier (XcX) and the father is not colorblind (XY), there is a 25% chance of having a colorblind male child.

2. If the mother is not a carrier (XX) and the father is not colorblind (XY), there is a 0% chance of having a colorblind male child.

3. If the mother is a carrier (XcX) and the father is colorblind (XcY), there is a 50% chance of having a colorblind male child.

4. If the mother is colorblind (XcXc) and the father is not colorblind (XY), there is a 100% chance of having a colorblind male child.

5. If both parents are colorblind (mother: XcXc, father: XcY), there is a 100% chance of having a colorblind male child.

So, without more information about the parents, we can't definitively answer this question.

Colorblindness is an X-linked recessive disorder. What will be the chance of having a colorblind male child to this couple? 0% 25% 50% 100%

Question

Colorblindness is an X-linked recessive disorder. What will be the chance of having a colorblind male child to this couple?

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