They would look mostly like one sex or the other overall, but with a genitalia anomaly. Very rarely does someone have both full sets of organs.
Yes, a child can have a mix of physical traits from both parents, such as eye color, hair color, and facial features. This combination is determined by the genes inherited from each parent.
Because your child does not only have your DNA they have the DNA of both the father and the mother. In that case, they may pick up features of either, or other features from grandparents, etc, that is there in a parents DNA. Firstly, that is not always the case. In the case of myself, I am blonde and blue eyed and require glasses whilst my parents are both black-haired with green eyed with no such requirement. Secondly, there are two parents and genes are taken from each of them forming several pairs of chromosomes. Within each pair one gene from each section will be dominant out of the two. Since there is a one in several billion chance of every decision forming a clone of one parent, the offspring look different
Ben Orr's son, Ben Junior, seems to take after both his parents in terms of looks. He has features that resemble both his mom and dad, but overall has his own unique blend of their traits.
If an older child is raising their younger sibling on a fairly constant basis it robs the older child of their private lives with friends and doing things that they should be doing in order to look back on life full of memories of their childhood. Often the older child may come resentful if they are looked upon as a constant babysitter. If the parents are not around and the older sibling is under the age of 18 (no longer a minor) then relatives should be brought in to help look after both of them.
A person can only pass on genes that he/she has inherited from his/her parents. You may be talking about a situation in which a recessive gene is not expressed in a child because it inherited a dominant allele as well, and is heterozygous for that trait. If that child then has his/her own child, the recessive trait could be expressed in the children of that child, if the other parent also carries the recessive allele.Example: One parent has brown eyes, the other has blue eyes. Their child inherited a brown eye allele and a blue eye allele, and has brown eyes, but is heterozygous. This child then has a child with another brown-eyed person, and their offspring has blue eyes, even though both parents have brown eyes. It just so happens that both of these parents are heterozygous for brown eyes, so they both carry the recessive blue-eyed allele which they each passed on to their blue-eyed offspring. So, this makes it look like the blue-eyed allele skipped a generation, but in reality it was always there, but not always expressed.
A hermaphrodite is an organism that has both male and female reproductive organs. In humans, a hermaphrodite may have physical characteristics of both sexes, such as ambiguous genitalia.
No. Both sexes look the same.
chromosomes
because they get the males cells and females s the get some personality of both
They are both males, it would of course be impossible for them to have children.
Of course Like a Child;)
I assume you know this means to look like both sexes, so: Grow long hair(on your face, body, AND scalp), long finger nails, wear lipstick and make-up, wear high-heels, tight pants, and work out... ALOT.
There are unisex shorts, such as basketball shorts, that look great on both sexes.
he has both , he says so in his song daddy.
The gender of the child will not be corresponded to the sex of the parents. The child's appearances will just be of the child's genes. In other words it is not meant for a daughter to look like a father and a son to look like a mother, as it can be vice verse.
In warm weather, the Nisga'a (also spelled Niska) men wore no clothing, and the women wore skirts made out of cedar bark. In the winter, both sexes were skirts, capes, and hats made out of cedar.
No. A parent who is O can only have a child who is also O. If two parents who are O have a child, the child will also be O. But if one parent is O and the other is A, then they can have a child who is A, or a child who is O. The genes would look like this: Blood type O: OO Blood type A: AO The parent who is A can give either an A gene or an O gene. But the parent who is O can only give an O gene. Their children would look like this: A, A, O, O. If both parents are O, their children would look like this: O, O, O, O. So, once again, your answer is no. Hope this helped!