Dark hair(brown/black), blonde, light blonde, and red. The other guy that answer this is dumb lol
Yes they can, red is often dominant over other hair colors. This isn't right. Red hair is a recessive gene (the most recessive hair color) and you must have two copies of it, one from each parent, in order for one to have red hair. The gene is related to MC1R on chromosome-16. Only about 2% of the population has red hair because it is so recessive and both parents must have this gene.
Technically, black hair is neither dominant or recessive. There are many types of hair colors, so hair color (like eye or skin color) is polygenic. This means there many different genotypes for an array of phenotypes. In a test I recently took, there was a problem with what you are talking about. It stated: the more dominant alleles you have in a set of 8 or 9 pairs of alleles, the darker the hair color. So if both parents originally have black hair, the child would get the most amount of dominant alleles to get black hair too. Ex: AABBCCDD and AABBCCDD would give the child AABBCCDD too. This would result in black hair. (This is very basic. There might be a lot more, but I am not positive)
Statement B, "Bill is recessive for height and dominant for hair," most clearly refers to a person's genotype. This statement indicates specific genetic traits (height and hair type) and whether the traits are dominant or recessive in the individual.
It depends on a lot of things. First, what color of hair do each of your parents have? Lighter hair is a recessive trait, and darker hair is dominant. Chances are that the baby will have darker hair. Of course, lots of children are born with blonde hair that darkens as it gets older. <P>To answer this we have to dabble into genetics... First off both red and blonde are recessive genes, meaning that they do not become the dominnant trait very easily. Brown is a dominant gene, which means it shows up most of the time as the dominant trait. You best guess would to be look at your family history. Are there lots of blondes in either side of your family? If so the chance that you baby would have blonde hair is much higher, because the recessive trait is coming out more. If you mostly have brown or black haired people in your family, the dominant gene is holding and most likely the baby would have brown or black hair.</P>
If you have black hair, you are most likely to have brown eyes. However, black hair can often be paired with a variety of eye colors including hazel, green, or even blue in some cases, but brown eyes are the most common.
The most common natural hair colors are black, brown, blonde, and red.
The most common natural human hair colors are black, brown, blonde, and red.
Brown because it is a dominant gene
Well, black hair is the most dominant, but if you were comparing, say, blond hair to brown hair then the brown hair would be dominant. I am studying this for collage right now so I an pretty sure this is right, if it's not i am so doomed :0!!! lol! hope that helped, Aquilo
It's all in the Genes. The dominant color gene allele for hair is brown.
The most common naturally occurring hair colors in humans are black, brown, blonde, and red.
it depends on which allele is most dominant in the parents.
Technically, black hair is neither dominant or recessive. There are many types of hair colors, so hair color (like eye or skin color) is polygenic. This means there many different genotypes for an array of phenotypes. In a test I recently took, there was a problem with what you are talking about. It stated: the more dominant alleles you have in a set of 8 or 9 pairs of alleles, the darker the hair color. So if both parents originally have black hair, the child would get the most amount of dominant alleles to get black hair too. Ex: AABBCCDD and AABBCCDD would give the child AABBCCDD too. This would result in black hair. (This is very basic. There might be a lot more, but I am not positive)
BLack blonde and brunette :/
The most common hair colors found in humans are black, brown, blonde, and red. These colors are determined by the amount and type of melanin present in the hair follicles.
In order for signs to be most effective, they need to have bright colors.
not necessarily.ok there are two parents each giving the child one gene. if one gene is recessive and one is dominant the dominant gene will decide the hair color. example the recessive gene is black hair and the dominant gene is blonde the child will most likely have blonde hair because the dominant gene is blonde hair. the dominant gene masks the recessive gene