Use the Table below to diagram out the Punnett Square for this cross. Punnett Square The...
Use the Table below to diagram out the Punnett Square for this cross.
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Punnett Square |
The male genotype is XY b&eb&E dd rr Tt. Write in the types of sperm in the row DIRECTLY BELOW that they could produce. |
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The female genotype is: XX n B&eB&e Dd Rr tt Write in the types of eggs in the column BELOW that they could produce. |
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Homework Answers
Since the mRNA encoded by Gene D, Gene R and Gene T is not given, we assume that capital letters (that is, D, R and T) are the dominant forms and (d, r, and t) are the recessive forms. Eight phenotypes are possible from these gametes-
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Use the Table below to diagram out the Punnett Square
for this cross.
Punnett Square
The...
Use the Table below to diagram out the Punnett Square for this cross. Punnett Square The...
Use the Table below to diagram out the Punnett Square for this cross. Punnett Square The male genotype is XY bb Ee dd rr Tt. Write in the types of sperm in the row DIRECTLY BELOW that they could produce. The female genotype is: XX nn BB ee Dd Rr tt Write in the types of eggs in the column BELOW that they could produce.
c. Jwhite e For Cross #1, draw two Punnett squares in the space below to indicate...
c. Jwhite e For Cross #1, draw two Punnett squares in the space below to indicate what the F, and F, generation will be if the genes are autosomally linked. Specify the number of each phenotype you expect to be present in the F, generation, as well as the ratio of all phenotypes. Instructions: Answer the following questions and complete the data tables as you conduct your fruit fly crosses over the next two weeks. 1. Complete the following tables...
can someone please help me with this ? Practice Using a Punnett Square. Punnett Squares are...
can someone please help me with this ?
Practice Using a Punnett Square. Punnett Squares are tools to identify outcomes known genotypes. They can be used to help infer probabilities of genotypes and from a particular cross. of possible crosses between individuals of phenotypes amongst offspring lele forms "A" and "a". A woman is heterozygous, so she can produce eggs with Consider a gene with all 9. and Write them across the top of the Punnett Square below the following...
s ays Select Paragraph 2. Punnett square for dihybrid cross in Part 4 • The set-up...
s ays Select Paragraph 2. Punnett square for dihybrid cross in Part 4 • The set-up for the dihybrid cross is in lab procedures part 4, steps 7-8. . Write down your key. In other words, write down what each letter stands for (ex. "A" widow's peak, 'b' = attached ear lobe. What does 'a stand for and What does "B" stand for?). • Across the top of the Punnett square, write down the diploid genotypes of one parent Along...
Exercise 3: Gender Determination 1. In the table below complete each of the crosses by combining...
Exercise 3: Gender Determination 1. In the table below complete each of the crosses by combining the X and Y chromosomes. 2. Record the resulting genotype. 3. Use the genotype to determine the phenotype (biological gender) of the offspring. Types of Chromosomes in Cells Post Meiosis Male Parent X, X, Y, Y Female Parent Cross Sperm Resulting Genotype Resulting Phenotype (Biological Gender) Cross Cross #1 Cross #2 * Y * X Cross sex inked Traits: Male Female XX* Initial Genotype...
USING THE CompleteD the Punnett square below when the parents are BB and bb. Punnett Square...
USING THE CompleteD the Punnett square below when the parents are BB and bb. Punnett Square Male Female Alleles/Genes b b B Bb Bb B Bb Bb [2] Describe your baby bug results from this data run in terms of genotypes and phenotypes.
how do i do this table? how is question 13 done? Part II: More Practice with...
how do i do this table?
how is question 13 done?
Part II: More Practice with Punnett Squares #1 Data Table II: Note: When you record a ratio, whether it is genotypic or phenotypic ratio, always record the most dominant characteristic first, followed by the recessive. Scenario Genotype Genotype Ratio of Offspring Ratio of Offspring Phenotype of Parent 1 of Parent Genotype 2 Gg gg 2Gg: 2gg or 1:1 2 gray: 2 black or 1:1 #2 #3 #4 #5 #6...
3. Rr is an example of a d answer the questions for each Punnett square Complete...
3. Rr is an example of a d answer the questions for each Punnett square Complete the following monohybrid crosses: and answer the question A green pea plant (GG) is crossed with a yellow pea plant (88). Show your 4. What percentage of the offspring will have a green phenotype? 5. What percentage of the offspring will have a yellow phenotype? 6. What percentage will have a heterozygous genotype? 7. What percentage will have a homozygous genotype? A tall plant...
4. Now, assume that a F1 male and a F1 female offspring produced by the cross...
4. Now, assume that a F1 male and a F1 female offspring produced by the cross in #3 above mate with each other. F1 offspring : XXGgBb and XYGgBb Note: You can ignore the X and Y chromosomes here in question 4. Why? The traits of interest (fire-breathing and laser-shooting) are autosomal, so the sex of the fly (XX=female or XY=male) will not impact the trait expressed. You only need to follow the inheritance of chromosomes 2 and 3 for...
Dihybrid Punnett Square Practice Problems Directions: Answer the questions that follow in your science notebook. For...
Dihybrid Punnett Square Practice Problems Directions: Answer the questions that follow in your science notebook. For a particular plant, the allele for tall (T) is dominant over the allele for short (t). For the same plant, the allele for colored flowers (G is dominant over white flowers (c). A farmer as shown in the Punnett Parent 1 TtC 2. For a particular rodent, black fur (B) is dominant over brown fur (b), and a long tail (L) is dominant over...
c. Jwhite e For Cross #1, draw two Punnett squares in the space below to indicate what the F, and F, generation will be if the genes are autosomally linked. Specify the number of each phenotype you expect to be present in the F, generation, as well as the ratio of all phenotypes. Instructions: Answer the following questions and complete the data tables as you conduct your fruit fly crosses over the next two weeks. 1. Complete the following tables...
can someone please help me with this ?
Practice Using a Punnett Square. Punnett Squares are tools to identify outcomes known genotypes. They can be used to help infer probabilities of genotypes and from a particular cross. of possible crosses between individuals of phenotypes amongst offspring lele forms "A" and "a". A woman is heterozygous, so she can produce eggs with Consider a gene with all 9. and Write them across the top of the Punnett Square below the following...
s ays Select Paragraph 2. Punnett square for dihybrid cross in Part 4 • The set-up for the dihybrid cross is in lab procedures part 4, steps 7-8. . Write down your key. In other words, write down what each letter stands for (ex. "A" widow's peak, 'b' = attached ear lobe. What does 'a stand for and What does "B" stand for?). • Across the top of the Punnett square, write down the diploid genotypes of one parent Along...
Exercise 3: Gender Determination 1. In the table below complete each of the crosses by combining the X and Y chromosomes. 2. Record the resulting genotype. 3. Use the genotype to determine the phenotype (biological gender) of the offspring. Types of Chromosomes in Cells Post Meiosis Male Parent X, X, Y, Y Female Parent Cross Sperm Resulting Genotype Resulting Phenotype (Biological Gender) Cross Cross #1 Cross #2 * Y * X Cross sex inked Traits: Male Female XX* Initial Genotype...
how do i do this table?
how is question 13 done?
Part II: More Practice with Punnett Squares #1 Data Table II: Note: When you record a ratio, whether it is genotypic or phenotypic ratio, always record the most dominant characteristic first, followed by the recessive. Scenario Genotype Genotype Ratio of Offspring Ratio of Offspring Phenotype of Parent 1 of Parent Genotype 2 Gg gg 2Gg: 2gg or 1:1 2 gray: 2 black or 1:1 #2 #3 #4 #5 #6...
3. Rr is an example of a d answer the questions for each Punnett square Complete the following monohybrid crosses: and answer the question A green pea plant (GG) is crossed with a yellow pea plant (88). Show your 4. What percentage of the offspring will have a green phenotype? 5. What percentage of the offspring will have a yellow phenotype? 6. What percentage will have a heterozygous genotype? 7. What percentage will have a homozygous genotype? A tall plant...
4. Now, assume that a F1 male and a F1 female offspring produced by the cross in #3 above mate with each other. F1 offspring : XXGgBb and XYGgBb Note: You can ignore the X and Y chromosomes here in question 4. Why? The traits of interest (fire-breathing and laser-shooting) are autosomal, so the sex of the fly (XX=female or XY=male) will not impact the trait expressed. You only need to follow the inheritance of chromosomes 2 and 3 for...
Dihybrid Punnett Square Practice Problems Directions: Answer the questions that follow in your science notebook. For a particular plant, the allele for tall (T) is dominant over the allele for short (t). For the same plant, the allele for colored flowers (G is dominant over white flowers (c). A farmer as shown in the Punnett Parent 1 TtC 2. For a particular rodent, black fur (B) is dominant over brown fur (b), and a long tail (L) is dominant over...
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