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6.) Another two factor cross in which the two traits are close together on the same chromosome. Again, let's assume that hair color and texture are close together on the same chromosome. As a reminder: Black B, and yellow hair b Wiry hair W, and smooth hair = w Tou nave a heterozygote male, and you know that his dad was homozygous dominant for both traits, and his mom had smooth yellow fur. You are considering breeding this dog With a double homozygous recessive female. . what are the possible gamete genotypes for both your dog and the one you are considering mating him with? Dog: BbWw BW emale dos: bhwuw bw BW Bu hbw How many offspring (out of 16) would you expect will have smooth yellow fur? Out of lo 7.) 7. Crossing over Now let's pretend that hair color and hair texture are on the same chromosome, but this time, they are located far enough apart that crossing over can occasionally occur. Black is dominant (B), and yellow hair is recessive (b) Wiry hair is dominant (W), and smooth hair is recessive (w) Let's assume once again that both parents are double heterozygotes for the two traits (BbWw), and the B and W alleles are on one homolog, and b and w are on the other: a. Write down again the possible phenotypes of the children you would expect to see in the case where these two traits were close together on the same chromosome: Bbww "BWT If the traits are a little farther apart, and crossing over occurs, what additional phenotypes would you expect to see? Wt b. 1 BW b" bt B 6

6.) Another two factor cross in which the two traits are close together on the same chromosome. Again, let's assume that hair color and texture are close together on the same chromosome. As a reminder: Black B, and yellow hair b Wiry hair W, and smooth hair = w Tou nave a heterozygote male, and you know that his dad was homozygous dominant for both traits, and his mom had smooth yellow fur. You are considering breeding this dog With a double homozygous recessive female. . what are the possible gamete genotypes for both your dog and the one you are considering mating him with? Dog: BbWw BW emale dos: bhwuw bw BW Bu hbw How many offspring (out of 16) would you expect will have smooth yellow fur? Out of lo 7.) 7. Crossing over Now let's pretend that hair color and hair texture are on the same chromosome, but this time, they are located far enough apart that crossing over can occasionally occur. Black is dominant (B), and yellow hair is recessive (b) Wiry hair is dominant (W), and smooth hair is recessive (w) Let's assume once again that both parents are double heterozygotes for the two traits (BbWw), and the B and W alleles are on one homolog, and b and w are on the other: a. Write down again the possible phenotypes of the children you would expect to see in the case where these two traits were close together on the same chromosome: Bbww "BWT If the traits are a little farther apart, and crossing over occurs, what additional phenotypes would you expect to see? Wt b. 1 BW b" bt B 6

Biology: The Dynamic Science (MindTap Course List)
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter12: Mendel, Genes, And Inheritance
Section: Chapter Questions
Problem 7TYK: In cats, the genotype AA produces tabby fur color; Aa is also a tabby, and aa is black. Another gene...
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please answer 6 a and b. 

6.) Another two factor cross in which the two traits are close together on the same chromosome. Again, let's assume that hair color and texture are close together on the same chromosome. As a reminder: Black B, and yellow hair b Wiry hair W, and smooth hair = w Tou nave a heterozygote male, and you know that his dad was homozygous dominant for both traits, and his mom had smooth yellow fur. You are considering breeding this dog With a double homozygous recessive female. . what are the possible gamete genotypes for both your dog and the one you are considering mating him with? Dog: BbWw BW emale dos: bhwuw bw BW Bu hbw How many offspring (out of 16) would you expect will have smooth yellow fur? Out of lo 7.) 7. Crossing over Now let's pretend that hair color and hair texture are on the same chromosome, but this time, they are located far enough apart that crossing over can occasionally occur. Black is dominant (B), and yellow hair is recessive (b) Wiry hair is dominant (W), and smooth hair is recessive (w) Let's assume once again that both parents are double heterozygotes for the two traits (BbWw), and the B and W alleles are on one homolog, and b and w are on the other: a. Write down again the possible phenotypes of the children you would expect to see in the case where these two traits were close together on the same chromosome: Bbww "BWT If the traits are a little farther apart, and crossing over occurs, what additional phenotypes would you expect to see? Wt b. 1 BW b" bt B 6
Transcribed Image Text:6.) Another two factor cross in which the two traits are close together on the same chromosome. Again, let's assume that hair color and texture are close together on the same chromosome. As a reminder: Black B, and yellow hair b Wiry hair W, and smooth hair = w Tou nave a heterozygote male, and you know that his dad was homozygous dominant for both traits, and his mom had smooth yellow fur. You are considering breeding this dog With a double homozygous recessive female. . what are the possible gamete genotypes for both your dog and the one you are considering mating him with? Dog: BbWw BW emale dos: bhwuw bw BW Bu hbw How many offspring (out of 16) would you expect will have smooth yellow fur? Out of lo 7.) 7. Crossing over Now let's pretend that hair color and hair texture are on the same chromosome, but this time, they are located far enough apart that crossing over can occasionally occur. Black is dominant (B), and yellow hair is recessive (b) Wiry hair is dominant (W), and smooth hair is recessive (w) Let's assume once again that both parents are double heterozygotes for the two traits (BbWw), and the B and W alleles are on one homolog, and b and w are on the other: a. Write down again the possible phenotypes of the children you would expect to see in the case where these two traits were close together on the same chromosome: Bbww "BWT If the traits are a little farther apart, and crossing over occurs, what additional phenotypes would you expect to see? Wt b. 1 BW b" bt B 6
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