Sex-Linked

1

cross a white eyed female (X^rX^r) with a red eyed male (X^RY)

1

Look at #1, what percent of the offspring have red eyes?

1

Cross a purebred red eyed female (X^RX^R) and a white eyed male (X^rY)

1

Look at #3, what percent will be white eyed male?

1

Look at #3, what percent will be red eyed male?

1

cross a woman who is a carrier for hemophilia (X^NXⁿ) and a normal male (X^NY)

1

Look at #10, what percent of the children would have hemophilia?

1

cross a normal woman (X^NX^N) and male with hemophilia (XⁿY)

1

Look at #16, what percent of the children would have hemophilia?

1

cross a white eyed female (X^rX^r) with a red eyed male (X^RY)

Sex-Linked

cross a white eyed female (X^rX^r) with a red eyed male (X^RY)

Look at #1, what percent of the offspring have red eyes?

Cross a purebred red eyed female (X^RX^R) and a white eyed male (X^rY)

Look at #3, what percent will be white eyed male?

Look at #3, what percent will be red eyed male?

cross a woman who is a carrier for hemophilia (X^NXⁿ) and a normal male (X^NY)

Look at #10, what percent of the children would have hemophilia?

genotype of a woman with hemophilia

cross a normal woman (X^NX^N) and male with hemophilia (XⁿY)

Look at #16, what percent of the children would have hemophilia?

Look at #16, what percent of the children would be carriers?

Look at #1, what percent of the offspring have red eyes?

Cross a purebred red eyed female (X^RX^R) and a white eyed male (X^rY)

Look at #3, what percent will be white eyed male?

Look at #3, what percent will be red eyed male?

Look at #3, what percent will be white eyed female?

Look at #3, what percent will be red eyed female?

genotype of a carrier female

genotype of a normal male

cross a woman who is a carrier for hemophilia (X^NXⁿ) and a normal male (X^NY)

Look at #10, what percent of the children would have hemophilia?

Look at #10, what sex is the individual who has hemophilia?

genotype of a woman with hemophilia

cross a woman with hemophilia (XⁿXⁿ) and normal male (X^NY)

Look at #14, what percent of the children will have hemophilia

cross a normal woman (X^NX^N) and male with hemophilia (XⁿY)

Look at #16, what percent of the children would have hemophilia?

Look at #16, what percent of the children would be carriers?

Look at #3, what percent will be white eyed female?

Look at #3, what percent will be red eyed female?

genotype of a carrier female

genotype of a normal male

Look at #10, what sex is the individual who has hemophilia?

cross a woman with hemophilia (XⁿXⁿ) and normal male (X^NY)

Look at #14, what percent of the children will have hemophilia

Sex-Linked

cross a white eyed female (XrXr) with a red eyed male (XRY)

Sex-Linked

cross a white eyed female (XrXr) with a red eyed male (XRY)

Look at #1, what percent of the offspring have red eyes?

Cross a purebred red eyed female (XRXR) and a white eyed male (XrY)

Look at #3, what percent will be white eyed male?

Look at #3, what percent will be red eyed male?

cross a woman who is a carrier for hemophilia (XNXn) and a normal male (XNY)

Look at #10, what percent of the children would have hemophilia?

genotype of a woman with hemophilia

cross a normal woman (XNXN) and male with hemophilia (XnY)

Look at #16, what percent of the children would have hemophilia?

Look at #16, what percent of the children would be carriers?

Look at #1, what percent of the offspring have red eyes?

Cross a purebred red eyed female (XRXR) and a white eyed male (XrY)

Look at #3, what percent will be white eyed male?

Look at #3, what percent will be red eyed male?

Look at #3, what percent will be white eyed female?

Look at #3, what percent will be red eyed female?

genotype of a carrier female

genotype of a normal male

cross a woman who is a carrier for hemophilia (XNXn) and a normal male (XNY)

Look at #10, what percent of the children would have hemophilia?

Look at #10, what sex is the individual who has hemophilia?

genotype of a woman with hemophilia

cross a woman with hemophilia (XnXn) and normal male (XNY)

Look at #14, what percent of the children will have hemophilia

cross a normal woman (XNXN) and male with hemophilia (XnY)

Look at #16, what percent of the children would have hemophilia?

Look at #16, what percent of the children would be carriers?

Look at #3, what percent will be white eyed female?

Look at #3, what percent will be red eyed female?

genotype of a carrier female

genotype of a normal male

Look at #10, what sex is the individual who has hemophilia?

cross a woman with hemophilia (XnXn) and normal male (XNY)

Look at #14, what percent of the children will have hemophilia

cross a white eyed female (X^rX^r) with a red eyed male (X^RY)

cross a white eyed female (X^rX^r) with a red eyed male (X^RY)

Cross a purebred red eyed female (X^RX^R) and a white eyed male (X^rY)

cross a woman who is a carrier for hemophilia (X^NXⁿ) and a normal male (X^NY)

cross a normal woman (X^NX^N) and male with hemophilia (XⁿY)

Cross a purebred red eyed female (X^RX^R) and a white eyed male (X^rY)

cross a woman who is a carrier for hemophilia (X^NXⁿ) and a normal male (X^NY)

cross a woman with hemophilia (XⁿXⁿ) and normal male (X^NY)

cross a normal woman (X^NX^N) and male with hemophilia (XⁿY)

cross a woman with hemophilia (XⁿXⁿ) and normal male (X^NY)