In a normal male, his genotype would be XHY, while in a normal female it would be XHXH. On the flip side, an affected male genotype would be XhY, while a carrier female genotype is XhXH. When a phenotype is being affected, the effect occurs on the X chromosomes making hemophilia less likely and very mild on women. In females, the extra X chromosomes are inactivated so the effects of it are not seen. Taking a closer look , the gene type in the females with the extra X chromosome will be XXX, and in a male with the extra X chromosome it will be XXY or XXXY instead of just XY. However, in males the extra X chromosome gets activated and creates problems That is how the phenotypic effects of hemophilia can be seen more in males. A female with with one affected X chromosomes is a carrier of