{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

1

1

How many total males are there?

1

How many males have hemophilia?

1

How many total females are there?

1

How many females have hemophilia?

1

How many marrages are there?

1

How many children did the couple in gerenation 3 (III) have?

1

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

1

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)
Feel free to draw the punnet square if that helps you. Not required.

1

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.
If green leaves are dominant, which parent has yellow leaves – the male or the female?

male

female

1

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotypes of the parents? Hint: They have dominant AND recessive children.

1

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotype of the sons?

1

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the two possible genotypes of the daughters?

BB

bb

Bb

5.4 Pedigrees Lesson

5.4 Pedigrees Lesson

How many total males are there?

How many males have hemophilia?

How many total females are there?

How many females have hemophilia?

How many marrages are there?

How many children did the couple in gerenation 3 (III) have?

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)
Feel free to draw the punnet square if that helps you. Not required.

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.
If green leaves are dominant, which parent has yellow leaves – the male or the female?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotypes of the parents? Hint: They have dominant AND recessive children.

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotype of the sons?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the two possible genotypes of the daughters?

How many total males are there?

How many males have hemophilia?

How many total females are there?

How many females have hemophilia?

How many marrages are there?

How many children did the couple in gerenation 3 (III) have?

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)
Feel free to draw the punnet square if that helps you. Not required.

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.
If green leaves are dominant, which parent has yellow leaves – the male or the female?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotypes of the parents? Hint: They have dominant AND recessive children.

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotype of the sons?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the two possible genotypes of the daughters?

5.4 Pedigrees Lesson

5.4 Pedigrees Lesson

How many total males are there?

How many males have hemophilia?

How many total females are there?

How many females have hemophilia?

How many marrages are there?

How many children did the couple in gerenation 3 (III) have?

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers). Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers). What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)Feel free to draw the punnet square if that helps you. Not required.

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.If green leaves are dominant, which parent has yellow leaves – the male or the female?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.What are the genotypes of the parents? Hint: They have dominant AND recessive children.

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.What are the genotype of the sons?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.What are the two possible genotypes of the daughters?

How many total males are there?

How many males have hemophilia?

How many total females are there?

How many females have hemophilia?

How many marrages are there?

How many children did the couple in gerenation 3 (III) have?

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers). Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers). What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)Feel free to draw the punnet square if that helps you. Not required.

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.If green leaves are dominant, which parent has yellow leaves – the male or the female?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.What are the genotypes of the parents? Hint: They have dominant AND recessive children.

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.What are the genotype of the sons?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.What are the two possible genotypes of the daughters?

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)
Feel free to draw the punnet square if that helps you. Not required.

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.
If green leaves are dominant, which parent has yellow leaves – the male or the female?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotypes of the parents? Hint: They have dominant AND recessive children.

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotype of the sons?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the two possible genotypes of the daughters?

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
Do you think blue feathers is dominant or recessive? How did you know? Support your answer.

Pedigree 1 shows a family of parrots. One offspring shows the trait for blue feathers. (R = red feathers, r = blue feathers).
What must the genotypes of both parents be? You may leave out the sex genotype (XX or XY)
Feel free to draw the punnet square if that helps you. Not required.

Pedigree 2 shows two banana trees that were crossed to produce four F1 plants. Shaded individuals have green leaves. Some of the plants have green leaves and some have yellow leaves.
If green leaves are dominant, which parent has yellow leaves – the male or the female?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotypes of the parents? Hint: They have dominant AND recessive children.

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the genotype of the sons?

Pedigree 3 is studying hair color in a family. In humans, dark hair (B) is dominant to blonde hair (b). In this case, individuals who are shaded are dark-haired. Individuals who have clear circles are blonde.
What are the two possible genotypes of the daughters?