1. Long eyelashes (E) are dominant to short eyelashes (e)
 HAPPY WEDNESDAY
Bellwork:
-10 minutes to complete the Most Missed Quiz: Genetics
-When complete with quiz, number your bellwork page 1-7 and write the ANSWERS to the following questions.
What is the trait in this scenario?
What are the two alleles in this scenario?
A woman is homozygous recessive. What is her genotype?
A man is homozygous dominant. What is his phenotype?
A man is heterozygous for eyelashes. What is his genotype.
A woman’s genotype is EE. What is her phenotype?
A cross occurs between a homozygous recessive male and a heterozygous woman….
a. What is the probability that their first child will have long eyelashes?
b. What is the probability that their 8th child will have long eyelashes?
HINT…DRAW A PUNNETT SQUARE!
Long eyelashes (E) are dominant to short eyelashes (e)
Quiz/Test
CHAMPS

2. Long eyelashes (E) are dominant to short eyelashes (e).
What is the trait in this scenario?
Eye Lash Length

3. Long eyelashes (E) are dominant to short eyelashes (e).
What are the two alleles in this scenario?
E (long eyelashes) or e (short eyelashes)

4. Long eyelashes (E) are dominant to short eyelashes (e).
3. A woman is homozygous recessive. What is her genotype? ee

5. Long eyelashes (E) are dominant to short eyelashes (e).
A man is homozygous dominant. What is his phenotype?
Long Eyelashes

6. Long eyelashes (E) are dominant to short eyelashes (e).
A man is heterozygous for eyelashes. What is his genotype. Ee

7. Long eyelashes (E) are dominant to short eyelashes (e).
A woman’s genotype is EE. What is her phenotype?
Long Eyelashes

8. Long eyelashes (E) are dominant to short eyelashes (e).
A cross occurs between a homozygous recessive male and a heterozygous woman….
E – long eyelashes
e – short eyelashes
Male – ee
Female - Ee

9. Long eyelashes (E) are dominant to short eyelashes (e).
7. A cross occurs between a homozygous recessive male and a heterozygous woman…. e e Ee ee
a. What percent chance will their first child have long eyelashes? 50%
b. What percent chance will their 8th child have long eyelashes? 50% E e

10. Collect Today Page 75 – Wizard Genetics (Don’t turn in yet) M. K. M. S
Collect Today Page 75 – Wizard Genetics (Don’t turn in yet) M.K.M.S. MAKE-UP Quiz Assigned Page 76 – Alien Genetics (TOMORROW) Page 70 – Notecard Definitions (TOMORROW) Page 74 – Family Tree Project Part 1 (Friday) IBB MAKE-UP Quiz (Monday) Page 77 – Family Tree Project Part 2 (Monday – 12/14) Late Page 71 - Family Tree Project Research (-50%)

11. Unit 5 – Genetics Definitions Due Thursday (12/3/15) All Parts Due Thursday (12/10/15)
PG 70
Allele
Hybrid
Purebred
Co-Dominance
Incomplete Dominance
Recessive
Dihybrid Cross
Sex-linked Traits
Monohybrid
Dominant
Multiple Alleles
Gene
Pedigree
Genotype
Phenotype
Gregor Mendel
Polygenic
Heterozygous
Punnett Square
Homozygous

12. How well do the predicted ratios match the actual results?
Essential Question
How well do the  predicted ratios match the actual results?
Standard
B6F - Predict possible outcomes of genetic combinations such as monohybrid crosses.
PG 76

13. HW: Wizard Genetics
PG 75
Let’s Grade!
Small Group
CHAMPS

14. 1 Point Each HO HE HO HE HO HO HO HO HE HE HO HO
1. For each genotype below, indicate whether it is heterozygous (he) OR homozygous (ho).
BB Mm PP Dd ff pp
Pp FF Bb mm MM DD
Which of the genotypes above would be considered purebred?
Which of the genotypes above would be considered hybrid?
2. Determine the phenotype for each genotype using the information provided about Harry Potter.
Non-parseltongue is dominant to parseltongue.
PP Pp pp
Dark hair is dominant to red hair.
DD Dd dd
3. For each phenotype, give the genotypes that are possible for Draco Malfoy.
Black hair (B) is dominant to white hair (b).
Black = White =
Muggle (M) is dominant to magic (m). *Muggle means non-magical*
Muggle = Magic =
1 Point Each HO HE HO HE HO HO HO HO HE HE HO HO
BB, PP, ff, pp, FF, mm, MM, DD
2 Points
Mm, Dd, Pp, Bb
2 Points
Non-parsel
Non-parsel
Parseltongue
1 Point Each
Dark Hair
Dark Hair
Red Hair
BB, Bb
2 Points bb
1 Point
MM, Mm
2 Points mm
1 Point

15. 5 Points D = Dark Hair d = Red Hair DAD = Dd MOM = dd D d Dd dd d d Dd
4. Harry Potter and Ginny Weasley recently married. Harry is hybrid for his dark hair, while Ginny is a redhead. Create a Punnett square to show the possibilities that would result if Harry and Ginny had children. HINT: see question #2!
D = Dark Hair
d = Red Hair
DAD = Dd
MOM = dd
5 Points D d Dd dd d d Dd dd

16. Phenotypes = Dark Hair, Red Hair
A. List the possible genotypes AND phenotypes for their children.
B. What are the chances of a child with dark hair? out of OR %
C. What are the chances of a child with red hair? out of OR %
Genotypes = Dd, dd
Phenotypes = Dark Hair, Red Hair
4 Points 2 4 50
2 Points 2 4 50
2Points

17. 5 Points F = Fire-breathing f = Non Fire-breathing DAD = Ff MOM = Ff F
5. Hagrid found two baby dragons in the forest. Both are heterozygous for their fire-breathing ability, which is the dominant trait. Create a Punnett square to show the possibilities that would result if these two dragons had children. Use F for the dominant allele and f for the recessive.
F = Fire-breathing
f = Non Fire-breathing
DAD = Ff
MOM = Ff
5 Points F f FF Ff F f Ff ff

18. Phenotypes = Fire-breathing, Non Fire-breathing
A. List the possible genotypes AND phenotypes for their children.
B. What are the chances of a fire-breathing baby? out of OR %
C. What are the chances of a non-fire-breather? out of OR %
5 Points
Genotypes = FF, Ff, ff
Phenotypes = Fire-breathing, Non Fire-breathing 3 4 75
2 Points 1 4 25
2 Points

19. 5 Points B = Black Hair b = White Hair DAD = bb MOM = Bb b b Bb Bb B b
6. Draco Malfoy is purebred for his white hair, which is a recessive trait. He is very proud of this trait and wants to pass it on to his children, but he married a girl who is heterozygous for her black hair. Create a Punnett square to show the possibilities that would result if Draco and his new bride had children.
B = Black Hair
b = White Hair
DAD = bb
MOM = Bb
5 Points b b Bb Bb B b bb bb

20. Phenotypes = Black Hair, White Hair
A. List the possible genotypes AND phenotypes for their children.
B. What are the chances of a child with white hair?
C. What are the chances of a child with black hair? D.
4 Points
Genotypes = Bb, bb
Phenotypes = Black Hair, White Hair
50%
1 Points
50%
1 Points
YES! Any with white hair would be purebred because they would have 2 of the same recessive allele.
3 Points

21. 5 Points B = Black Hair b = White Hair DAD = Bb MOM = Bb B b BB Bb B b
7. Assume that one of Draco’s sons, who is heterozygous for black hair, marries a girl that is also heterozygous. Create a Punnett square to show the possibilities that would result if they had children.
B = Black Hair
b = White Hair
DAD = Bb
MOM = Bb
5 Points B b BB Bb B b Bb bb

22. Phenotypes = Black Hair, White Hair
A. List the possible genotypes AND phenotypes for their children.
B. What are the chances of a child with white hair?
C. What are the chances of a child with black hair?
5 Points
Genotypes = BB, Bb, bb
Phenotypes = Black Hair, White Hair
25%
1 Points
75%
1 Points

23. 5 Points M= Muggle m = Magic DAD = mm MOM = MM m m Mm Mm M M Mm Mm
8. Neville Longbottom settled down a few years ago with a nice Muggle girl, Susie, and had a baby. No one in Susie’s family has ever had magical abilities, but Little Longbottom is showing signs of being a wizard! Susie is now convinced that there was a mix-up at the hospital. Create a Punnett square to help answer the questions below.
M= Muggle
m = Magic
DAD = mm
MOM = MM
5 Points m m Mm Mm M M Mm Mm

24. A. List the possible genotypes AND phenotypes for their children.
2 Points
Genotypes = Mm
Phenotypes = Muggle
YES! Susie has only dominant genes, so her children would all be Muggle (except mutations, recessive genes passed down, etc…)
3 Points

25. Score their paper, give it back to them. 
9. Harry Potter is a parseltongue, which means that he can speak to snakes. No one in his family has ever had this ability, however. If you didn’t know where Harry’s ability came from, and assuming that there was no mistake at the hospital and Harry was not adopted, how could you GENETICALLY explain it? Be specific and use complete sentences
Any reasonable response will do having to do with either mutations or recessive genes passed on without showing in the older generations.
4 Points
Score their paper, give it back to them. 

26. How well do the predicted ratios match the actual results?
PG 76
HW: Alien Genetics
Essential Question
How well do the  predicted ratios match the actual results?
Small Group
CHAMPS