This pattern, with the phenotype showing up in one sex in alternate generations, is typical of sex linkage. The F1 females from the first cross must have been heterozygous for the white allele. So, by crossing these with a white eyed male, we should get white eyed females in the progeny. Inspecting this, we conclude that among males, one fourth will be hen-feathered. They are all hen-feathered.
All sons hemophiliac and all daughters carriers.
Both boys and girls have a fifty percent chance of being hemophiliac. The daughters will be carriers, the boys will be normal.