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What happinds of a child receives an X chromosome from its mother and a Y chromosome from its father .?
Wiki User
∙ 6y ago
The child is a biological male.
Wiki User
∙ 7y ago
Wiki User
∙ 6y agoit is male
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A child will be a girl if she receives what chromosomes from father and what chromosomes from mother?
A child's sex is actually determined entirely by his or her father. All eggs in a woman's body contain and X chromosome, whereas sperm cells contain either X or Y. The female sex chromosomes are XX and the male sex chromosomes are XY. Thus, if the sperm that fertilizes the egg contains an X chromosome, the child will be a girl. If the sperm contains a Y chromosome, the child will be a boy.
What gene determines my race male or female if I'm biracial?
Race is a man-made construct, and has no genetic or biologic component. If you are a male, you got a Y chromosome from your father and an X chromosome from your mother. If you are a female you got an X chromosome from your father and a second X chromosome from your mother.
What sex chromosome does a girl obtain from her father?
Both parents will give a girl an X chromosome. The father will give a Y and the mother will give an X to a boy.
During reproduction humans get chromosomes from their mother and what chromosomes from their father?
During reproduction, humans get half their chromosomes from the mother and half from the father. The mother provides one of the x sex chromosomes, and the father may contribute an x or y sex chromosome.
Why do you think humans have two sets of 23 chromosomes?
Bcoz one chromosome comes from mother which is always X chromosome carries characteristics from mother and the second chromosome comes from father that may be X or Y, which carries characters from father.
A child receives an X chromosome from it’s mother and a Y chromosome from it’s father. What is true about this child?
it is male
A child will be a girl if she receives what chromosomes from father and what chromosomes from mother?
A child's sex is actually determined entirely by his or her father. All eggs in a woman's body contain and X chromosome, whereas sperm cells contain either X or Y. The female sex chromosomes are XX and the male sex chromosomes are XY. Thus, if the sperm that fertilizes the egg contains an X chromosome, the child will be a girl. If the sperm contains a Y chromosome, the child will be a boy.
What are the X and Y chromosomes?
Everybody has 23 pairs of chromosomes, half they get from their mother and half from their father. The 23rd chromosome you have contains the information of what sex you are. If you are a girl you will have a X chromosome from your mother and and X chromosome from you father. If you are a boy it means you will have a X chromosome from your mother and a Y chromosome from your father. When a sperm cell fertilises an egg the sperm will either be carrying the X chromosome from the male or a Y. If the sperm is carrying a X it will pair with the X chromosome from the mother making the baby a girl. If the sperm is carrying a Y chromosome it will pair with the X chromosome from the mother making the baby a boy! This means it is all down to the father whether the baby is a boy or a girl.
How many chromosome do you get from your biological mother and father?
23
From where do you get your chromosome?
You receive half of your chromosomes from your mother and half from your father.
What gene determines my race male or female if I'm biracial?
Race is a man-made construct, and has no genetic or biologic component. If you are a male, you got a Y chromosome from your father and an X chromosome from your mother. If you are a female you got an X chromosome from your father and a second X chromosome from your mother.
Why are sex-linked diseases more likely to affect sons of female carriers?
The son would automatically get the Y chromosome from the father. The son's X chromosome has to come from his mother. Females are XX, so he has a fifty-fifty chance of receiving the disease carrying gene. If he receives the disease carrying gene he will have the disease, if he doesn't then he will neither have the disease nor be a carrier. A daughter has to receive one X chromosome from her father and one from her mother. If the father doesn't have the disease, then the daughter cannot have it. If the mother is a carrier, then she has a fifty-fifty chance of being a carrier.
Sex-linked diseases are more likely to affect sons of female carriers because why?
The son would automatically get the Y chromosome from the father. The son's X chromosome has to come from his mother. Females are XX, so he has a fifty-fifty chance of receiving the disease carrying gene. If he receives the disease carrying gene he will have the disease, if he doesn't then he will neither have the disease nor be a carrier. A daughter has to receive one X chromosome from her father and one from her mother. If the father doesn't have the disease, then the daughter cannot have it. If the mother is a carrier, then she has a fifty-fifty chance of being a carrier.
What sex chromosome does a girl obtain from her father?
Both parents will give a girl an X chromosome. The father will give a Y and the mother will give an X to a boy.
Can parents pick if they want a boy or a girl?
Unfortunately, no they cannot. It depends on the mother chromosomes (XX) and the father chromosomes(XY). The chromosomes from the father is basically the only chromosomes to detect the sex of the baby. Boy or Girl. If a mother's X chromosome meets with the fathers X chromosome, it will be a girl. If a mothers chromosome X meets with the father Y chromosome, it will be a boy.
How many chromosomes do cats give their offspring?
All of them: half from the father and half from the mother. A domestic cat has 19 chromosome pairs (compared to 23 for humans), and so receives 19 single chromosomes from each parent.
What are the male genotype for colorblindness?
For example, if a mother is a carrier for colorblindness (X+Xc), and a father has normal vision X+Y, then their sons have a 50% chance of colorblindness because they inherit their X chromosome from their mother and their Y chromosome from their father.
