Question
What genotype would go where the red X is above?
What genotype would go where the red X is above?
BbFF
BBFF
bbFF
Bbff
Question at position 2
2
Fill in the Blank
10 points
Question at position 2
What is the typical Mendelian ratio?
Question Blank 1 of 1
Question at position 3
3
Multiple Choice
10 points
Question at position 3
TTEe
Given the genotype above, what are the possible gamete combinations?
TTEe
Given the genotype above, what are the possible gamete combinations?
TE, tE, te
TE, tE, Te, te
TE, Te
tE, te
Question at position 4
4
Multiple Choice
10 points
Question at position 4
Ttee
Given the genotype above, what are the possible gamete combinations?
Ttee
Given the genotype above, what are the possible gamete combinations?
TE, tE, Te, te
TE, Te
TE, tE
Te, te
Stimulus for questions at positions: 5, 6, 7, 8
The following text applies to the questions at positions 5, 6, 7, 8
Elephant Dihybrid Cross
Question at position 5
5
Multiple Choice
10 points
Question at position 5
What genotype would go where the BLUE X is?
What genotype would go where the BLUE X is?
TTEE
TtEe
TTee
TTEe
Question at position 6
6
Multiple Choice
10 points
Question at position 6
What phenotype would go where the PURPLE X is?
What phenotype would go where the PURPLE X is?
Dark tail, dark ears
Dark tail, light ears
Light tail, light ears
Light tail, dark ears
Question at position 7
7
Multiple Choice
10 points
Question at position 7
What genotype would go where the GREEN X is?
What genotype would go where the GREEN X is?
TtEe
TtEE
Ttee
TTee
Question at position 8
8
Multiple Choice
10 points
Question at position 8
What phenotype would go where the RED X is?
What phenotype would go where the RED X is?
Dark tail, dark ears
Dark tail, light ears
Light tail, light ears
Light tail, dark ears
Stimulus for questions at positions: 9, 10
The following text applies to the questions at positions 9, 10
Pigs
#9 X
#10
Question at position 9
9
Multiple Choice
10 points
Question at position 9
Homozygous pink/ Heterozygous curly tail
X
Heterozygous black/ Homozygous straight tail
Using the information above, what would the parents genotypes be?
Homozygous pink/ Heterozygous curly tail
X
Heterozygous black/ Homozygous straight tail
Using the information above, what would the parents genotypes be?
bbTT x BBtt
BbTt x BBTt
BBtt x BbTt
bbTt x Bbtt
Question at position 10
10
Multiple Choice
10 points
Question at position 10
Determine the gamete combinations if a parent's genotype is BbTt.
Determine the gamete combinations if a parent's genotype is BbTt.
BT, bt
BT, Bt, bt
bT, bt
BT, Bt, bT, bt
What genotype would go where the red X is above?
BbFF
BBFF
bbFF
Bbff
Question at position 2
2
Fill in the Blank
10 points
Question at position 2
What is the typical Mendelian ratio?
Question Blank 1 of 1
Question at position 3
3
Multiple Choice
10 points
Question at position 3
TTEe
Given the genotype above, what are the possible gamete combinations?
TTEe
Given the genotype above, what are the possible gamete combinations?
TE, tE, te
TE, tE, Te, te
TE, Te
tE, te
Question at position 4
4
Multiple Choice
10 points
Question at position 4
Ttee
Given the genotype above, what are the possible gamete combinations?
Ttee
Given the genotype above, what are the possible gamete combinations?
TE, tE, Te, te
TE, Te
TE, tE
Te, te
Stimulus for questions at positions: 5, 6, 7, 8
The following text applies to the questions at positions 5, 6, 7, 8
Elephant Dihybrid Cross
Question at position 5
5
Multiple Choice
10 points
Question at position 5
What genotype would go where the BLUE X is?
What genotype would go where the BLUE X is?
TTEE
TtEe
TTee
TTEe
Question at position 6
6
Multiple Choice
10 points
Question at position 6
What phenotype would go where the PURPLE X is?
What phenotype would go where the PURPLE X is?
Dark tail, dark ears
Dark tail, light ears
Light tail, light ears
Light tail, dark ears
Question at position 7
7
Multiple Choice
10 points
Question at position 7
What genotype would go where the GREEN X is?
What genotype would go where the GREEN X is?
TtEe
TtEE
Ttee
TTee
Question at position 8
8
Multiple Choice
10 points
Question at position 8
What phenotype would go where the RED X is?
What phenotype would go where the RED X is?
Dark tail, dark ears
Dark tail, light ears
Light tail, light ears
Light tail, dark ears
Stimulus for questions at positions: 9, 10
The following text applies to the questions at positions 9, 10
Pigs
#9 X
#10
Question at position 9
9
Multiple Choice
10 points
Question at position 9
Homozygous pink/ Heterozygous curly tail
X
Heterozygous black/ Homozygous straight tail
Using the information above, what would the parents genotypes be?
Homozygous pink/ Heterozygous curly tail
X
Heterozygous black/ Homozygous straight tail
Using the information above, what would the parents genotypes be?
bbTT x BBtt
BbTt x BBTt
BBtt x BbTt
bbTt x Bbtt
Question at position 10
10
Multiple Choice
10 points
Question at position 10
Determine the gamete combinations if a parent's genotype is BbTt.
Determine the gamete combinations if a parent's genotype is BbTt.
BT, bt
BT, Bt, bt
bT, bt
BT, Bt, bT, bt
Answers
GPT-4o mini
Certainly! Here are the answers to your questions based on standard Mendelian genetics:
### Question 1
**What genotype would go where the red X is above?**
- **Answer:** This question can't be fully answered without context (the placement of the red X). However, possible genotypes like **BbFF, BBFF, bbFF, or Bbff** depend on what is being indicated by the red X.
### Question 2
**What is the typical Mendelian ratio?**
- **Answer:** The typical Mendelian ratio for a dihybrid cross is **9:3:3:1**.
### Question 3
**Given the genotype TTEe, what are the possible gamete combinations?**
- **Answer:** The possible gamete combinations are **TE, Te** (as T is homozygous and does not produce gametes with a lowercase t).
### Question 4
**Given the genotype Ttee, what are the possible gamete combinations?**
- **Answer:** The possible gamete combinations are **Te, te**.
### Question 5
**What genotype would go where the BLUE X is?**
- **Answer:** Without context, any of the options could be valid. Assuming the blue X relates to heterozygosity, the answer would likely be **TtEe**.
### Question 6
**What phenotype would go where the PURPLE X is?**
- **Answer:** This answer depends on the table used for phenotype references. If we assume dark traits are dominant, the most likely candidate would be **Dark tail, dark ears**.
### Question 7
**What genotype would go where the GREEN X is?**
- **Answer:** Without context, possible answers could include **TtEe** since it represents a heterozygous combination.
### Question 8
**What phenotype would go where the RED X is?**
- **Answer:** This relies on context, as the red X could refer to any combination. Assuming a focus on heterozygous light traits, **Light tail, dark ears** might be suitable.
### Question 9
**Using the information above, what would the parent's genotypes be?**
- **Answer:** The correct genotypes would be **bbTt x Bbtt** assuming pink (bb) represents a homozygous trait while black is heterozygous.
### Question 10
**Determine the gamete combinations if a parent's genotype is BbTt.**
- **Answer:** The gamete combinations would be **BT, Bt, bT, bt**.
Please keep in mind that some questions may need contextual information for absolute certainty, particularly about X placements that refer to genotypes or phenotypes in a given cross!
### Question 1
**What genotype would go where the red X is above?**
- **Answer:** This question can't be fully answered without context (the placement of the red X). However, possible genotypes like **BbFF, BBFF, bbFF, or Bbff** depend on what is being indicated by the red X.
### Question 2
**What is the typical Mendelian ratio?**
- **Answer:** The typical Mendelian ratio for a dihybrid cross is **9:3:3:1**.
### Question 3
**Given the genotype TTEe, what are the possible gamete combinations?**
- **Answer:** The possible gamete combinations are **TE, Te** (as T is homozygous and does not produce gametes with a lowercase t).
### Question 4
**Given the genotype Ttee, what are the possible gamete combinations?**
- **Answer:** The possible gamete combinations are **Te, te**.
### Question 5
**What genotype would go where the BLUE X is?**
- **Answer:** Without context, any of the options could be valid. Assuming the blue X relates to heterozygosity, the answer would likely be **TtEe**.
### Question 6
**What phenotype would go where the PURPLE X is?**
- **Answer:** This answer depends on the table used for phenotype references. If we assume dark traits are dominant, the most likely candidate would be **Dark tail, dark ears**.
### Question 7
**What genotype would go where the GREEN X is?**
- **Answer:** Without context, possible answers could include **TtEe** since it represents a heterozygous combination.
### Question 8
**What phenotype would go where the RED X is?**
- **Answer:** This relies on context, as the red X could refer to any combination. Assuming a focus on heterozygous light traits, **Light tail, dark ears** might be suitable.
### Question 9
**Using the information above, what would the parent's genotypes be?**
- **Answer:** The correct genotypes would be **bbTt x Bbtt** assuming pink (bb) represents a homozygous trait while black is heterozygous.
### Question 10
**Determine the gamete combinations if a parent's genotype is BbTt.**
- **Answer:** The gamete combinations would be **BT, Bt, bT, bt**.
Please keep in mind that some questions may need contextual information for absolute certainty, particularly about X placements that refer to genotypes or phenotypes in a given cross!