50% boy 50% girl or 1/2
There is no simple answer.First of all, the probability of boys is 0.517 not0.5.Second, the probabilities are not independent.If you choose to ignore these important facts, then the answer is 2/3.
The probability of having a girl versus a boy is 1/2 because there is two things you have a chance of getting and you can only get one or the other.
Children's genders are not independent and therefore there is no simple answer. However, if you do assume that their genders are independent then the probability is 1/3.
There are two problems in answering this question. The gender of children are not independent events and also, the probability of a boy is not half as is often assumed but nearer to 52% and it varies over time and between countries.However, if you assume that the genders are independent and that the probability of either gender is 0.5 then the answer is 0.875
There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.
its 50/50
There is no simple answer.First of all, the probability of boys is 0.517 not0.5.Second, the probabilities are not independent.If you choose to ignore these important facts, then the answer is 2/3.
1/8?
The probability of having a girl versus a boy is 1/2 because there is two things you have a chance of getting and you can only get one or the other.
There is only one answer and that is 50-50.
The probability that the third child will be an albino depends on the genetic traits of the parents, specifically whether they carry the gene for albinism. If both parents are carriers of the recessive allele for albinism, the probability of their child being albino is 25%. If only one parent carries the allele, the probability is 0%. Therefore, without specific genetic information about the parents, the probability cannot be accurately determined.
Children's genders are not independent and therefore there is no simple answer. However, if you do assume that their genders are independent then the probability is 1/3.
There are two problems in answering this question. The gender of children are not independent events and also, the probability of a boy is not half as is often assumed but nearer to 52% and it varies over time and between countries.However, if you assume that the genders are independent and that the probability of either gender is 0.5 then the answer is 0.875
If both parents are carriers of PKU (phenylketonuria), each child has a 25% chance of being affected by the condition, a 50% chance of being a carrier, and a 25% chance of being unaffected. For three children, the probability of at least one child being born with PKU can be calculated using the complementary probability. The probability of none of the three children being affected is (75%)^3, which is about 42.2%. Therefore, the probability of at least one child having PKU is about 57.8%.
There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.There is not enough information on the propensity for the parents to have a child of either gender and so it is necessary to assume that the probability of the gender of the next child is independent of the genders of preceding children. In that case the probability of the next child being a girl is 1/2.
It is spinner such that the probability that it comes to rest on any one edge is the same as the probability for any other edges.
John Boy Walton did have triplets and had one child named John Boy Jr. Not many people know if he just had the triplets or more children.