Men pass their X chromosomes to their daughters. Men have both X and Y chromosomes. If they were to give their offspring an Y chromosome, it would have to be a male. If they gave their offsping an X chromosome it would have to be female. XX is female, XY is male.
The sex chromosomes determine the sex of an organism. In humans, it is the 23 pair. Females pass on either or their X chromosomes, while males pass on either their X or their Y. If the male passes on their X chromosome, the resulting offspring is female. If they pass on their Y chromosome, the resulting offspring is male.
A child with X and Y chromosomes typically identifies as male. This combination of chromosomes determines male biological development, including physical traits such as testes and the production of testosterone.
Yes, men and women typically have different sex chromosomes: men have one X and one Y chromosome (XY), while women have two X chromosomes (XX). This difference in sex chromosomes determines biological sex and contributes to various physical and physiological differences between males and females.
An organism with a nucleus containing both the X and Y chromosomes is typically male in species where sex is determined by these chromosomes. This organism would have a combination of genetic information from both chromosomes, influencing their physical and reproductive characteristics.
If someone ends up with two x chromosomes (XX) Then they are a girl. If a person has one X chromosome and one Y chromosome(XY) then they are a boy. the men decide what sex the baby is since they have both an x and y. the women gives an x all the time.
The y chromosome. The chromosome pair that determine sex (gender) can have x and y chromosomes; men have one X and one Y chromosome, women have to X chromosomes.
women have two x chromosomes whereas men have one x chromosome and a y chromosome.
46 Chromosomes 22 Homologous Pairs in men (& X + Y), 23 in women (X+X is homologous) 22 Pairs of autosomes and 1 pair of sex chromosomes
the male has the x and y and the female has th x's
Men do they are the carriers of the X and Y chromosome. Girls only have X chromosomes. Two X chromosomes mean it will be a girl and a X and a Y mean it will be a boy.
Men do they are the carriers of the X and Y chromosome. Girls only have X chromosomes. Two X chromosomes mean it will be a girl and a X and a Y mean it will be a boy.
Men do they are the carriers of the X and Y chromosome. Girls only have X chromosomes. Two X chromosomes mean it will be a girl and a X and a Y mean it will be a boy.
Men do they are the carriers of the X and Y chromosome. Girls only have X chromosomes. Two X chromosomes mean it will be a girl and a X and a Y mean it will be a boy.
No, men have an X and a Y, while women have two X's. {They don't usually, but... 'There is a whole lot more to maleness and femaleness than X or Y chromosomes. About 1 in 20,000 men has no Y chromosome, instead having 2 Xs. This means that in the United States there are about 7,500 men without a Y chromosome. The equivalent situation - females who have XY instead of XX chromosomes - can occur for a variety of reasons and overall is similar in frequency'.}
The sex chromosomes determine the sex of an organism. In humans, it is the 23 pair. Females pass on either or their X chromosomes, while males pass on either their X or their Y. If the male passes on their X chromosome, the resulting offspring is female. If they pass on their Y chromosome, the resulting offspring is male.
A child with X and Y chromosomes typically identifies as male. This combination of chromosomes determines male biological development, including physical traits such as testes and the production of testosterone.
Yes, men and women typically have different sex chromosomes: men have one X and one Y chromosome (XY), while women have two X chromosomes (XX). This difference in sex chromosomes determines biological sex and contributes to various physical and physiological differences between males and females.