It should be 50-50 chance, but recent studies have shown that if you eat vegetables before the conception, there is more chance of it being a girl.
60%
The gene relationship most likely to result in a portion of offspring that are all recessive males would involve X-linked recessive inheritance. In this scenario, if a male inherits a recessive allele on the X chromosome from his mother (who may be a carrier or affected), and the father contributes a Y chromosome, the male offspring will express the recessive trait. If the mother carries two recessive alleles on both X chromosomes, all male offspring will inherit the recessive trait, resulting in a population of recessive males.
50% of the offspring would have white eyes. This is because all females from the cross would inherit the Xr from the male, resulting in red-eyed females, while males would inherit the Xr from the female fruit fly, resulting in white-eyed males.
Males transmit one set of sex chromosomes to their offspring. This includes either an X or a Y chromosome, which determines the sex of the child. Females always contribute an X chromosome.
Females transmit an X chromosome to their offspring, as they carry two X chromosomes (XX). Males contribute either an X or a Y chromosome, determining the sex of the offspring (XX for female, XY for male).
reproductive
57.14 percent
So that they can unite as one to produce offspring.
100%
All males.
The females do the rearing of the offspring. In fact, some male animals are known for eating their own offspring, like Lions. Males are usually highly aggressive to their offspring.
It Is Because The Males Are Going to get 9 in 10 percent to have cancer.
A. Offspring with heterozygous genotype 100 percent B. Offspring with homozygous dominant genotype 0 percent C. Offspring with at least one copy of recessive gene 50 percent
11 percent to 16 percent
50%
17.86%
59