No - a normal human will have 1 set of chromosomes from their father and 1 set from their mother.
No - a normal human will have 1 set of chromosomes from their father and 1 set from their mother.
Humans and other organisms that reproduce sexually need to have half the normal number of chromosomes to make sure their offspring have the same number of chromosomes as they do - the father and mother each contribute half of their chromosomes (sperm and egg).
A normal human body cell has a total of 46 chromosomes. 23 chromosomes come from the mother and 23 chromosomes come from the father, totaling to 46 chromosomes in total.
The mother and father both give a normal baby 23 chromosomes. This is because, a normal human has 46 chromosomes in all cells, except sex cells. So, a human receives half from the mother and half from the father thus 23 from each.
You will always have the same ammount of chromosomes, as this number never changes from birth to death. The normal number is 46, of which 23 are derived from the mother and 23 from the father.
A human cell normally has 46 chromosomes, with 23 pairs - one set of chromosomes inherited from the mother and one set from the father.
46 chromosomes23 pairs
The father must have contributed an X chromosome if a normal female is produced.
The father must have contributed an X chromosome if a normal female is produced.
The father must have contributed an X chromosome if a normal female is produced.
The girl must have inherited an X chromosome with the hemophilia gene from her mother, who is a carrier (heterozygous X^HX^h). The father must have contributed a Y chromosome, as males determine the offspring's sex. The father's genotype is not directly related to the daughter's hemophilia status.
the same number as the amount of times i did your mother