Brown, unless other colors run in the family. The genetics of eye color are more complicated than previously thought. Color is determined by multiple genes. The genetics of eye color are so complex, that almost any parent-child combination of eye colors can occur.
no they cannot because if you have blue eyes, your alleles are bb, and so... bb and bb have no B, and therefore, with no dominant gene, there cannot be a brown eyed child.
It's impossible to tell, becaue it depends on the genetic make-up of both parents, since you get your color-genes from your grandparents (and then it's passed on through your parents).
black color in hair is a dominant trait. same goes for brown eyes. blonde hair a blue eyes color is the opposite.
The green eye and the blue eye are the same gene, so is black and brown. The child's eyes would have to be green or blue because both parents onlt have blue genes. If both parents have brown eyes there is still a chance the child's eyes could come out blue, but only if one of the parents have a hidden blue gene. But is both parents have blue eyes this means all their genes are blue and the child will 100% have blue eyes.
yes, although the likely hood chance is that it will have brown eyes as both of the parents do.
Brown. What does the grandmother have?
his offspring hair color will be brown
Sort of. Your eye color is controlled by your genes, and your genes come from your parents BUT for instance; both brown eyed parents could carry a recesive blue gene and both could have passed it on to the child ... yes, the color came from the parents, but neither parent seems to have it.
no they cannot because if you have blue eyes, your alleles are bb, and so... bb and bb have no B, and therefore, with no dominant gene, there cannot be a brown eyed child.
98.5% of the time they have the color of the parent that has the dominate color, not the resessive unless they both have a resessive color.
It really depends on genetics down the parents line. Brown pigmentation on the eyes is a dominant allele on the gene and where 2 brown eyed parents reproduce, there is a high chance that all children will have brown eyes. However, if both parents carry a gene for blue eyes, which is recessive, there is a chance that both genes will meet and create off spring with blue eyes. This is known in laymans terms as a 'throw back', i.e. some one on either genetic line has had blue eyes. So yes, it is possible for parents with brown eyes to have 2 children with blue eyes and one with brown.
Sure, both of my grandparents had black hair and they had six children, about half had brown.
It's impossible to tell, becaue it depends on the genetic make-up of both parents, since you get your color-genes from your grandparents (and then it's passed on through your parents).
Theyโre blue because both of her parents and her sister have blue eyes
your great grandfather has nothing to do with it.
It depends on what type of eye color both parents have. You may have brown eyes, but you need to know what color eyes both of your parents have, and the same is true for him. Once you figure this out you can make a punnett square, which could help show the likeliness of the child's eye color. The square should show which color is dominate, and which color is recessive. For example: Both my parents have blue eyes. My father's parents have blue and brown. My mother's parents both have blue. As you can see the color blue appears most often, this suggests that the blue color gene is dominate while the brown is recessive. The likeliness of a child born to my parents being blue eyed is 3/4. Bb, BB, BB, bb Dominate genes (blue) are the capital letters and recessive genes (brown) are the lower case letters. Because the big "B" occurs most often it is the most likely to occur. Hope this helps...
Both of Chris Brown's parents are African-American