Any amount is possible of either. girl boy boy girl girl boy girl girl girl boy boy boy boy boy girl ... etc... there are many combinations
Each chil born has roughly a 50% chance of being AB, 25% chance of being A and a 25% chance of being B also the positive refers to a particular protein which is either present or absent from your cells (i.e +ve and -ve). All the children should be positive as both parent have the protein.
So, how did the two of you meet? How long have you been a couple? Are you planning to marry? Do you want to have children? What do you like about each other? Do you have terrific sex?
The amount of time and money invested in raising children is proportional to the number of children being raised. And with fewer children there is less chance of sibling rivalries and jealousy.lol
To solve a Punnett square for two parents with genotype Bb (heterozygous for the same gene), you would set up a 2x2 grid. The possible combinations in the offspring would be BB, Bb, Bb, and bb. This results in a 25% chance of the offspring being BB (homozygous dominant), a 50% chance of being Bb (heterozygous), and a 25% chance of being bb (homozygous recessive).
Dissolution with children refers to a legal process where a marriage or civil partnership is being dissolved (commonly known as divorce) and the couple has children together. This process involves making arrangements for child custody, visitation rights, child support, and other matters related to the well-being of the children.
Because society and it's need for objectification. It is a real shame isn't it?
There is no simple answer to the question because children's gender are not independent events: they depend on the parents' ages and their genes. However, if you assume that the events then, the probability of a daughter is approx 0.48
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%.
Yes. There is no legitimate reason to prohibit same-sex married couples from adopting children. The advantages of being adopted by a same-sex married couple are (1) a stable family life at home; and, (2) whatever benefits accrue from being adopted by an opposite-sex married couple, since the gender of the parents does not affect their ability to successfully parent adopted children.
The chance of having a girl remains the same regardless of the genders of previous children, assuming no other factors are influencing the outcome. Each child has a 50% chance of being a girl and a 50% chance of being a boy. Therefore, the answer is b. 50%.
If only the mother has the thalassemia trait, each child has a 50% chance of inheriting the trait and becoming a carrier, and a 50% chance of being unaffected. The father’s genotype will determine the overall risk for the children. If the father does not have thalassemia or the trait, the children will only be carriers. However, if the father also carries the trait, there is a possibility of having children with thalassemia disease.
Being a married couple can raise concerns for others in various ways, particularly regarding the couple's impact on family dynamics, social circles, and community responsibilities. Friends and family may worry about the couple's compatibility, potential conflicts, or how their relationship may affect shared relationships. Additionally, societal norms and expectations can lead to scrutiny regarding the couple's choices, such as decisions about children, finances, or lifestyle. Ultimately, others may feel invested in the couple's well-being and future, leading to concern about their happiness and stability.