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It looks like I ran out of ink right there. This will typically result in one trait if you have a functioning allele and a different trait if you don't have a functioning allele. And if I were to say blue eyes, blue and big teeth, what are the combinations there? Let's say they're an A blood type. That would be a different gene for yellow teeth or maybe that's an environmental factor.
So this might be my genotype. This is brown eyes and big teeth right there, and this is also brown eyes and big teeth. Hybrids are the result of combining two relatively similar species. Worked example: Punnett squares (video. OK, brown eyes, so the dad could contribute the big teeth or the little teeth, z along with the brown-eyed gene, or he could contribute the blue-eyed gene, the blue-eyed allele in combination with the big teeth or the yellow teeth.
So because they're on different chromosomes, there's no linkage between if you inherit this one, whether you inherit big teeth, whether you're going to inherit small brown eyes or blue eyes. So let's draw-- call this maybe a super Punnett square, because we're now dealing with, instead of four combinations, we have 16 combinations. You could have red flowers or you could have white flowers. A big-toothed, brown-eyed person. So let's say little t is equal to small teeth. Sal is talking out how both dominant alleles combine to make a new allele. Which of the genotypes in #1 would be considered purebred dog. We care about the specific alleles that that child inherits. This results in pink. So if you said what's the probability of having a blue-eyed child, assuming that blue eyes are recessive? Created by Sal Khan.
There I have saved you some time and I've filled in every combination similar to what happens on many cooking shows. And let's say I were to cross a parent flower that has the genotype capital R-- I'll just make it in a capital W. So that could be the mom or the dad, although the analogy breaks down a little bit with parents, although there is a male and female, although sometimes on the same plant. When the mom has this, she has two chromosomes, homologous chromosomes. AP®︎/College Biology. Since your father can only pass a "b", your eye color will be completely determined by whether your mom gives you her "B" or her "b". Which of the genotypes in #1 would be considered purebred one. Recommended textbook solutions. Let me write this down here. They don't necessarily blend. 1/2)(1/2) = 1/4 chance your child will have blue eyes.
Each of them have the same brown allele on them. So there's three potential alleles for blood type. Let me do it like that. It's kind of a mixture of the two. I wanted to write dad. And so I guess that's where the inspiration comes for calling these Punnett squares, that these are kind of these little green baskets that you can throw different combinations of genotypes in. Shouldn't the flower be either red or white? Which of the genotypes in #1 would be considered purebred yearling halter ath. So, the dominant allele is the allele that works and the recessive is the allele that does not work. These might be different versions of hair color, different alleles, but the genes are on that same chromosome.
But let's say that a heterozygous genotype-- so let me write that down. So this is also going to be an A blood type. Let me write that down: independent assortment. Let me write in a different color, so let me write brown eyes and little teeth. A homozygous dominant.
I could have this combination, so I have capital B and a capital B. So hopefully, in this video, you've appreciated the power of the Punnett square, that it's a useful way to explore every different combination of all the genes, and it doesn't have to be only one trait. You have to have two lowercase b's. In the last video, I drew this grid in order to understand better the different combinations of alleles I could get from my mom or my dad. Now, if they were on the same chromosomee-- let's say the situation where they are on the same chromosome. Well the woman has 100% chance of donating "b" --> blue. There were 16 different possibilities here, right? It can be in this case where you're doing two traits that show dominance, but they assort independently because they're on different chromosomes.
Mendel's laws dictate that it will be random, and therefor, you have a 50% chance of brown eyes (Bb), and 50% blue eyes (bb).