It depends on whether or not blond hair is a dominant gene or a recessive gene. For example: B= brown, b= blonde (in this case brown is dominant). You may have BB or Bb and your partner BB or Bb if one of you is heterozygous (BB) then no you can't but if both of you are homozygous dominant then yes there is a 25% chance of a blonde child. In this case both parents could be brown haired and the child blond.
Um, you would not know unless you know if the hair gene is ressive or domiant in the mother of father. Um, you would not know unless you know if the hair gene is ressive or domiant in the mother of father. I have dark auburn hair and green eyes, does that help?
The child inherited both the genes for brown hair and brown eyes from both parents, as brown is likely a dominant trait in this case. The child also carries the genes for blue eyes from the father and red hair from the mother, but the dominant brown traits are expressed in the child's appearance.
The baby could have a variety of hair and eye colors, as it depends on the combination of genes inherited from the parents. Possibilities include blonde hair with blue eyes, strawberry blonde hair with brown eyes, or a mix of traits from both parents. Genetic inheritance is complex and not always predictable.
This link should give you an idea about the eye colour: http://museum.thetech.org/ugenetics/eyeCalc/eyecalculator.html In order for the child to have red hair it needs to inherit the 'ginger gene' from both parents. We inherit two hair colour genes, one from our mother the other from our father. But because the ginger gene is recessive, you need two ginger genes to meet in the same person in order to show. If it doesn't have two ginger genes and instead a ginger and a brown gene the hair with show up brown because the brown is dominant over the ginger. The father obviously has both ginger genes, so will definitely pass on one ginger gene, the mother could also have one, but having definitely got a brown hair gene, the brown is dominant so you wouldn't know if she had a recessive ginger gene. The best thing to do is see if there are any red heads in the rest of the family, amongst the grandparents or even great grandparents on the mothers side, although it could have remained present and passed down, it would not show unless it meets with another ginger gene (like in the case of the father, his parent both had one). So basically it could have either brown or red. The general consensus is that the colouring of the child should be no darker than the darkest parent, so it is very unlikely you would get a child with black hair and brown eyes.
any color i know two people with blond hair that had a child with black hair one with brown hair and one with black hair any color i know two people with blond hair that had a child with black hair one with brown hair and one with black hair
yip
Um, you would not know unless you know if the hair gene is ressive or domiant in the mother of father. Um, you would not know unless you know if the hair gene is ressive or domiant in the mother of father. I have dark auburn hair and green eyes, does that help?
depending on who's genes the child gets it could be black or brown. there have also been some cases where the child has gotten its grandmother's hair, which could be blonde. it could be anything, but it is most likely to be black or brown. there is no way of knowing.
i m pretty sure that child will have purple eyes
brown eyes because brown is the dominant color :)
I'm Egyptian and I'm white with green eyes and blonde hair. Your question is odd.
Yes
The child inherited both the genes for brown hair and brown eyes from both parents, as brown is likely a dominant trait in this case. The child also carries the genes for blue eyes from the father and red hair from the mother, but the dominant brown traits are expressed in the child's appearance.
its kind of gentic so you child should have in the middle like a really dirty blond
yes it can
yes, but rarely.
It's very hard to answer this question as there are no details on what alleles the fathers or mothers DNA contains. The father has to have an allele for red hair for the child to have a chance of having it. Presuming that the father has a brown and red hair allele and the mother has the same it works out like this. Brown + Brown = Brown Brown + Red = Brown (Because it's dominant) Brown + Red (from other parents) = Brown (Because brown is dominant) Red + Red = Red The chances of brown therefore is 3:1 as you cannot be sure on what the child will receive. MORE like 5-1 his here will be blond