Homework Answers
Answer(1):
- Normal male - XY
- Colorblind male - XYc
- Carrier male - none
- Normal female - XX
- Colorblind female - XcXc
- Carrier female - XXc
Answer (2):
- Colorblind males - 25%
- Carrier males - 0%
- Colorblind females - 0%
- Carrier females - 25%
- Normal females - 25%
- Normal males - 25%
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ULIO Match the phenotypes on the left with the correct genotypes on the right. A lower...
Question 2 0/1 pts Marfan syndrome is a dominant disorder. Choose all possible genotype(s) for those...
Question 2 0/1 pts Marfan syndrome is a dominant disorder. Choose all possible genotype(s) for those afflicted by this disorder. mm Mm MM Partial Question 4 1.67 /2 pts Match the phenotypes on the left with the correct genotypes on the right. A lower case 'c' denotes the colorblind allele. Normal male XY Colorblind male XcY Carrier male none Normal female XX Colorblind female XcXc Carrier female XcXc Partial Question 5 0.5/1 pts If Xc denotes the colorblindness allele and...
some of the answers are wrong. Question 4 Match the phenotypes on the left with the...
some of the answers are wrong.
Question 4 Match the phenotypes on the left with the correct genotypes on the right. A lower case 'c denotes the colorblind allele. XY Normal male < XYC Colorblind male ✓ none Carrier male XX Normal female Colorblind female XcXc Carrier female ХХc
some of the answers are wrong. If Xc denotes the colorblindness allele and X denotes the...
some of the answers are wrong.
If Xc denotes the colorblindness allele and X denotes the normal vision allele; Match the phenotypes on the left to the percentages of offspring produced from the cross XcXXXY Colorblind males 2596 Carrier males 09 Colorblind females 09 Carrier females 2596
for one of the monohybrid crosses you performed in this investigation, describe how to use the...
for one of the monohybrid crosses you performed in this
investigation, describe how to use the phenotype
Non Mendelian Genetics Assignment 1a. Marfan syndrome is a dominant disorder. List the possible genotype(s) for those afflicted by this disorder. 1b. In the cross Mm x mm, what percentage of the children are expected to inherit the disorder? Explain your answer. 2a. One non disjunction event has occurred during the second meiotic division. Explain how many chromosomes are in the 2 gametes...
6) A colorblind female, blood type A married 2 different men. One man (#1) had type...
6) A colorblind female, blood type A married 2 different men. One man (#1) had type AB blood and was colorblind. The other man (#2) had type B blood and normal color vision. Three offspring resulted from the marriages. If possible, determine the father of each of the following offspring. a) female, Type A blood, normal color vision b) male, Type AB blood, colorblind c) female, Type B blood, colorblind In tomatoes, red fruit color is dominant to yellow. Suppose...
Merfolk have three pairs of autosomes and one sex chromosome; males are X0 and females are...
Merfolk have three pairs of autosomes and one sex chromosome; males are X0 and females are XX. In merfolk the genes controlling tail fin shape and scale colour are on different autosomes. Solid tail fin (Ff) is dominant to forked tail fin (ff), and the F allele is recessive lethal. There are two alleles of the scale colour gene – CB(blue) and CR (red)– CB and CR show incomplete dominance with heterozygotes being purple. The silent trait is X-linked and...
the two cream colored guinea pigs produced, in one case, 22 yellow. 47cream, and 19 white....
the two cream colored guinea pigs produced, in one case, 22 yellow. 47cream, and 19 white. What type of inheritance is this? II. Sex-linked Characteristics 12. In man, colorblindness, an inability to distinguish between red and green, is inherited as a sex-linked character on the X chromosome. It is recessive. If a colorblind man marries a homozygous normal woman what chance is there for the children of being colorblind? If a normal man marries a colorblind woman. where will colorblindness...
. O . Using Pedigrees to hypothesize patterns of inheritance 5. For each of the pedigree...
. O . Using Pedigrees to hypothesize patterns of inheritance 5. For each of the pedigree charts on the following page, determine which pattern of inheritance most likely explains the observed pattern of traits in the family shown. Observe the general patterns in the pedigree charts on the following page o males vs females? parents with disease? Compare these patterns with the clues on the previous page to hypothesize a pattern of inheritance Based on this pattern of inheritance, use...
Hello, please read the question and answer the 3 parts of this question (Q's are bolded)...
Hello, please read the question and answer the 3 parts of this question (Q's are bolded) Merfolk have three pairs of autosomes and one sex chromosome; males are X0 and females are XX. In merfolk the genes controlling tail fin shape and scale colour are on different autosomes. Solid tail fin (Ff) is dominant to forked tail fin (ff), and the F allele is recessive lethal. There are two alleles of the scale colour gene – CB(blue) and CR (red)–...
Match the phenotypes on the labels at left to the genotypes listed below. Labels can be used...
In mice, agouti fur is a dominant trait resulting in individual hairs having a light band of pigment on an otherwise dark hair shaft. A mouse with agouti fur isshown here, along with a mouse with solid color fur, which is the recessive phenotype (A = agouti; a = solid color).A separate gene,which is not linked to the agouti gene, can result in either a dominant black pigment or a recessive brown pigment (B = black; b =brown).A litter of...
Question 2 0/1 pts Marfan syndrome is a dominant disorder. Choose all possible genotype(s) for those afflicted by this disorder. mm Mm MM Partial Question 4 1.67 /2 pts Match the phenotypes on the left with the correct genotypes on the right. A lower case 'c' denotes the colorblind allele. Normal male XY Colorblind male XcY Carrier male none Normal female XX Colorblind female XcXc Carrier female XcXc Partial Question 5 0.5/1 pts If Xc denotes the colorblindness allele and...
some of the answers are wrong.
Question 4 Match the phenotypes on the left with the correct genotypes on the right. A lower case 'c denotes the colorblind allele. XY Normal male < XYC Colorblind male ✓ none Carrier male XX Normal female Colorblind female XcXc Carrier female ХХc
some of the answers are wrong.
If Xc denotes the colorblindness allele and X denotes the normal vision allele; Match the phenotypes on the left to the percentages of offspring produced from the cross XcXXXY Colorblind males 2596 Carrier males 09 Colorblind females 09 Carrier females 2596
for one of the monohybrid crosses you performed in this
investigation, describe how to use the phenotype
Non Mendelian Genetics Assignment 1a. Marfan syndrome is a dominant disorder. List the possible genotype(s) for those afflicted by this disorder. 1b. In the cross Mm x mm, what percentage of the children are expected to inherit the disorder? Explain your answer. 2a. One non disjunction event has occurred during the second meiotic division. Explain how many chromosomes are in the 2 gametes...
6) A colorblind female, blood type A married 2 different men. One man (#1) had type AB blood and was colorblind. The other man (#2) had type B blood and normal color vision. Three offspring resulted from the marriages. If possible, determine the father of each of the following offspring. a) female, Type A blood, normal color vision b) male, Type AB blood, colorblind c) female, Type B blood, colorblind In tomatoes, red fruit color is dominant to yellow. Suppose...
the two cream colored guinea pigs produced, in one case, 22 yellow. 47cream, and 19 white. What type of inheritance is this? II. Sex-linked Characteristics 12. In man, colorblindness, an inability to distinguish between red and green, is inherited as a sex-linked character on the X chromosome. It is recessive. If a colorblind man marries a homozygous normal woman what chance is there for the children of being colorblind? If a normal man marries a colorblind woman. where will colorblindness...
. O . Using Pedigrees to hypothesize patterns of inheritance 5. For each of the pedigree charts on the following page, determine which pattern of inheritance most likely explains the observed pattern of traits in the family shown. Observe the general patterns in the pedigree charts on the following page o males vs females? parents with disease? Compare these patterns with the clues on the previous page to hypothesize a pattern of inheritance Based on this pattern of inheritance, use...
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