When a hemophilic male (X^h Y) marries a carr | vedclass

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(B) The cross between a hemophilic male $(X^h Y)$ and a carrier female $(X^H X^h)$ is as follows:Parents: $(X^h Y) 	imes (X^H X^h)$Gametes: $(X^h, Y)

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(B) The cross between a hemophilic male $(X^h Y)$ and a carrier female $(X^H X^h)$ is as follows:Parents: $(X^h Y) 	imes (X^H X^h)$Gametes: $(X^h, Y)$ and $(X^H, X^h)$$F_1$ generation:$1$. $(X^H X^h)$ - Carrier female$2$. $(X^h X^h)$ - Hemophilic female$3$. $(X^H Y)$ - Normal male$4$. $(X^h Y)$ - Hemophilic maleIn this cross,the daughters produced are $(X^H X^h)$ (carrier) and $(X^h X^h)$ (hemophilic). Neither of these genotypes represents a normal female $(X^H X^H)$. Therefore,the probability of having a normal daughter is $0\%$.

Column-$I$	Column-$II$
$(P)$ Haemophilia	$(i)$ Recessive gene: $X^{h}X^{h}$
$(Q)$ Colour blindness	$(ii)$ Recessive gene: $pp$
$(R)$ Phenylketonuria	$(iii)$ Recessive gene: $Hb^{s}Hb^{s}$
$(S)$ Sickle-cell anaemia	$(iv)$ Recessive gene: $X^{c}X^{c}$

When a hemophilic male $(X^h Y)$ marries a carrier female $(X^H X^h)$ for hemophilia,what are the chances of all daughters born being normal (in $\%$)?

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