In humans, hypertrichosis is inherited as a recessive trait linked to the Y chromosome, and color blindness as a recessive trait linked to the X

In humans, hypertrichosis is inherited as a recessive trait linked to the Y chromosome, and color blindness as a recessive trait linked to the X chromosome. What kind of children can you expect from marriage:
1) men with hypertrichosis and normal vision with a woman who is heterozygous for the gene for color blindness;
2) men with hypertrichosis and color blindness with a woman who is heterozygous for the color blindness gene;
3) men with hypertrichosis and color blindness with a woman who is color blind?

1) From a marriage of a man with hypertrichosis and normal vision with a woman who is heterozygous for the gene for color blindness, girls with normal color vision and without hypertrichosis, boys with normal color vision and hypertrichosis, and color blind boys with hypertrichosis in a ratio of 2: 1: 1 can be expected ;
2) from a marriage of a man with hypertrichosis and color blindness to a woman heterozygous for the gene for color blindness, girls with normal color vision and without hypertrichosis, color blind girls without hypertrichosis, boys with normal color vision and hypertrichosis, color blind boys with hypertrichosis in the ratio 1: 1: 1: 1;
3) from the marriage of a man with hypertrichosis and color blindness with a woman who is color blind, one can expect color blind girls without hypertrichosis, color blind boys with hypertrichosis in a 1: 1 ratio.

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