The equal chance of a baby being born a girl or boy is primarily due to the mechanism of sex determination in humans, which involves the combination of sex chromosomes from both parents. Males carry one X and one Y chromosome (XY), while females have two X chromosomes (XX). When a sperm fertilizes an egg, it can contribute either an X or a Y chromosome, resulting in a 50% probability for either sex. This genetic randomness, combined with the large number of sperm and eggs involved in reproduction, ensures that the likelihood of having a boy or a girl is approximately equal.
the equation of sex is:male + female + sex equal a parts of the male and the female and born a baby.
50 percent
Greyson Chance was born in 1997 he will turn 14 on August 16 2011
when baby-squeeks was born.....
If only one person is a carrier of cystic fibrosis than there is no chance of having a child with it. Both parents have to be carriers and even then there is only a 25% chance. If only one carries than there is a 50% chance that their children will carry but will not have cystic fibrosis.
0.03 to 0.5 chance of a baby being born a hermaphrodite
the baby booster costs $500. once injected into one of the people involved in the making of a baby it increases the chance of a baby being born.
Kittens have an equal chance of being born as either boys or girls.
If one parent is a carrier then the baby has a 50% chance of being born a carrier as well, but the baby will be healthy as the gene is recessive.
The chance of a diabetic baby born to parents who are both heterozygous normal depends on the sex. If the baby is a boy, there is a 50% chance while if it is a girl, there is a 25% chance.
That is a very hard question. They are both dead but alive at the same time?
the boy has 50% chance adn the girl has 25%
51.6% chance of being born male.
one is born every minute
There is a 50% chance that your baby will have blond hair.
At any given moment, you can be reasonably confident that a baby is in the process of being born somewhere on earth.
Being born with certain genes.