1/4 100% however if one parents hair is even slightly wavy, the child could have curly hair
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.
Depends on the parents.
Impossible to know without information about genes that the parents have. are the parents colorblind? etc.
There is no simple answer to the question because the children's genders are not independent events. They depend on the parents' ages and their genes. Unfortunately there is no readily available research into the genders of seven or more children to establish the experimental probability for such an outcome. However, if you assume that they are independent events then, given that the probability of a girl is approx 0.48, then the probability of the seventh child being a girl is 0.48.
There is no simple answer to the question because the children's genders are not independent events. They depend on the parents' ages and their genes. However, if you assume that they are independent events then, given that the probability of a boy is approx 0.5169, the probability of the event described is 0.5169*1*1*0.4831 = 0.2497
yes because it might be in your generations genes\traits before.I'm curly haired but none of my parents have curly hair : )
Yes! It's more likely that the child would have straight hair, but it's all about the genes. Likely both of the straight-haired people have straight-hair dominant genes; if that's true, then there's about a 25% chance that the child would have curly hair. If the parents or even grandparents had curly hair when they were younger, it's more likely as well. For example -- both of my parents have straight hair (but my mom had curly hair when she was younger) and my sister has straight hair as well. I turned out to have curly hair.
No. It is still unknown what factors can influence sexuality.
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.
Yes. One or both parents have a gene for red hair therefore the child could have red hair.
Not necessarily. If both parents have the recessive gene for red hair, the child may have red hair. Brunet parents could also have a blond child.
Depends on the parents.
Impossible to know without information about genes that the parents have. are the parents colorblind? etc.
It would depend on the parents' genes and age. Globally, the probability is approx 0.483
The child will have the disorder, only if the recessive allele from both the parents is transferred to the child. Therefore, the probability is 1/4.
'black haired child' is "KuroKami No Kodomo"
Yes, if both parents are AO genotype there is a 25% chance of the parents producing a type O child. Since both parents are Rh positive the probability of an Rh positive child in at least 75%.