Possibly.
They can be ANY color. It depends on your parents eyes too. It depends on how the genes are gonna work.
You do carry the gene. But, brown overpowers most colors so it is more likely your children will have brown eyes. Lets say you have 4 children. 3 of them will mostly likely have brown eyes. 1 of your children will most likely have hazel eyes. (This is all circumstantial. But this is what happens on average.) Two of your children (Including hazel eyes) might carry the gene. This is sorta like the birthing of children. If everything worked out like above, you would be able to plan how many girls and boys you would have. But this could easily change. All of your children might have brown eyes, or you might have 3 children with hazel. it all depends. -Actually, if hazel eyes are recessive, it's difficult to tell, since if both parents have brown eyes then it's possible for your parents to have given you both dominant alleles, as the parent on your uncles side may not even have it since they are in the same situation. the odds are 75% that that parent has the hazel gene, but you can't be 100% positive. And if they do have it, there's only a 50% chance it would be passed on to you.
You (A) have brown eyes and black hair. Those are 2 dominant traits. However you are heterogeneous. A traits of red (well, I know it's reddish brown, but for all intents and purposes, it's red), and a trait of hazel/gray. Both are recessive.Now, your mate (B) has hazel eyes (recessive), and brown hair. Brown hair is dominant, so your mate could be heterogeneous (as in, one dominant, one recessive), or homogenous (two dominant). Let's map out a Punnett square for this.Eyes - there are 7 genes that make up eye color, so this is only a rough approximation.A - TtB - ttRemember, recessive genes only show up if there's two. So, let's see.You can have the combinations of: Tt, Tt, tt, tt. So you have a 50% chance of hazel eyes, 50% brown. That ISN'T, however, to say that if you have 4 kids, 2 will be brown eyed and 2 will be hazel eyed. It randomizes each time.Hair - another rough guess - first squareA: TtB: TTNow, hair genes are a little weird because both black and brown are dominant. If, say, your mate is homogeneous, as I've guessed, then your kid will have black or brown hair, but a higher chance of brown since there are two genes.Hair - second square A: TtB: TtIf your mate is heterogenous, well, the same thing happens. Your kid will have black or brown hair with an equal chance, UNLESS the recessive gene (t) happens to be red hair. Then, your possibilities are TT, Tt, Tt, tt. 75% chance for black or brown hair, 25% for red.
Yes if and only if either parent carries a recessive trait for Hazel eyes. In other words, if a grandparent or even a great-grandparent on either side has hazel eyes then YES the chances of having a child with hazel eyes OR even their children having hazel eyes is VERY possible.
Yes, that depends what colour eyes the child's grandparents have and the pigment called melanin present in the iris. Melanin may or may not be genetically determined.Yes. Even if they have hazel eyes, the could still carry the gene for blue eyes, which could then be passed down to their child.
Then the parents carried the gene for green eyes as a recessive gene.
They can be ANY color. It depends on your parents eyes too. It depends on how the genes are gonna work.
because hazel is recessive, and brown is dominant. meaning that brown overrules hazel, but hazel is still there in at least one of the parents' genetic make up. then the hazel can show up later.
Brown eyes are dominant. That's why more people have brown eyes then hazel or blue or green.
yes depending on the recessive genes.
You do carry the gene. But, brown overpowers most colors so it is more likely your children will have brown eyes. Lets say you have 4 children. 3 of them will mostly likely have brown eyes. 1 of your children will most likely have hazel eyes. (This is all circumstantial. But this is what happens on average.) Two of your children (Including hazel eyes) might carry the gene. This is sorta like the birthing of children. If everything worked out like above, you would be able to plan how many girls and boys you would have. But this could easily change. All of your children might have brown eyes, or you might have 3 children with hazel. it all depends. -Actually, if hazel eyes are recessive, it's difficult to tell, since if both parents have brown eyes then it's possible for your parents to have given you both dominant alleles, as the parent on your uncles side may not even have it since they are in the same situation. the odds are 75% that that parent has the hazel gene, but you can't be 100% positive. And if they do have it, there's only a 50% chance it would be passed on to you.
If parents both have the recessive genes. Say, Mom has Bx gene where B is gene for brown eyes and x is the recessive gene. Because Brown is dominant, the appearance of B always produces Brown eyes. Now if Dad has same recessive gene, Bx, (brown eyes again), they can have a child with xx (recessive from both parents) and this can equal blue, gree, hazel, etc. It means the parents, in their genealogy, had a relative with this eye color. Hope this helps or clear enough.
Brown is the most dominate color. (Brown is stronger than green, blue an hazel.) but that doesn't mean your child will have brown eyes just cause you do. if you 'carry' any other eye color as a recessive gene (ie: one of your parents or grand parents had a different color than brown) you could pass that gene and he could pass the green my mom had brown hazel eyes and my dad had dark brown I have blue/gold hazel I have grandparents on both side that had blue eyes so i believe my mom gave me her recessive hazel trait that causes colors to mix and my dad must have carried a recessive blue gene. If you're a dark skin tone it's more likely you won't carry a color besides brown in your genes but it's always possibleNote: There are comments associated with this question. See the related link to add to the conversation.
You can only carry one recessive trait.
Yes. Often hazel eyes are brown eyes with green coloring in them.
Two blue eyed parents cannot have a brown eyed baby. Since both parents carry the recessive gene (blue eyes) then there is no way that they can have a brown eyed baby. Hello, different person here. The said HAZEL eyes, not brown. :I Hello, original person here. I know what they said. Hazel is a shade of BROWN. 😒
You (A) have brown eyes and black hair. Those are 2 dominant traits. However you are heterogeneous. A traits of red (well, I know it's reddish brown, but for all intents and purposes, it's red), and a trait of hazel/gray. Both are recessive.Now, your mate (B) has hazel eyes (recessive), and brown hair. Brown hair is dominant, so your mate could be heterogeneous (as in, one dominant, one recessive), or homogenous (two dominant). Let's map out a Punnett square for this.Eyes - there are 7 genes that make up eye color, so this is only a rough approximation.A - TtB - ttRemember, recessive genes only show up if there's two. So, let's see.You can have the combinations of: Tt, Tt, tt, tt. So you have a 50% chance of hazel eyes, 50% brown. That ISN'T, however, to say that if you have 4 kids, 2 will be brown eyed and 2 will be hazel eyed. It randomizes each time.Hair - another rough guess - first squareA: TtB: TTNow, hair genes are a little weird because both black and brown are dominant. If, say, your mate is homogeneous, as I've guessed, then your kid will have black or brown hair, but a higher chance of brown since there are two genes.Hair - second square A: TtB: TtIf your mate is heterogenous, well, the same thing happens. Your kid will have black or brown hair with an equal chance, UNLESS the recessive gene (t) happens to be red hair. Then, your possibilities are TT, Tt, Tt, tt. 75% chance for black or brown hair, 25% for red.