What will be the phenotype of `F_(1)` generation when a haemophilic man `(X^(h)Y)` marries a carrier women `(X^(h)X)` ?

What will be phenotype of F_(1) generation when the normal man (XY) marries a carrier women (X^(h)X) for haemophilia?

What will be the phenotypes of F_(1) generation if normal vision man (XY) marries a carrier female (X^(c )Y) .

What will be the phenotypes of F_(1) generation when normal vision man (XY) marries colour blind woman (X^(C )X^(C ))

What will be the phenotype of progeny, if a carrier haemophilic female marries a normal male ? Expalin .

A normal woman whose father was haemophilic (X^(h)Y) marries a normal man (XY). The offspring shall be

What is the probability that a haemophilic man (X^(h) Y) and a normal homozygous woman (XX) produce a haemophilic daughter ?

If Aabb x aaBB, then phenotypic ratio of its progeny ( F_(2) -generation) will be

A normal man marries a woman who is carrier of colour blindness.What will be the phenotype of the children born to them?Depict the phenotype through a cross.

A women has a gene for haemophilia on one of her X-chromosomes. If she marries a normal man, their children will be (A) 50% haemophilic daughters and 50% normal daughters (B 50% haemophilic sons and all daughters are non haemophylic (C) All daughters are haemophilic (D) All sons are hemophilic