The correct answer is circled in red, 45, but how do you calculate it?
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The correct answer is circled in red, 45, but how do
you calculate it?
24, A...
complete. Read carefully. Make a full complete presentation of your results. Place your answer, clearly organized,...
complete. Read carefully. Make a full complete presentation of your results. Place your answer, clearly organized, on the next page A. The fly characteristics brown eye and vestigial wing are both located on the fly chromosome II and they are approximately 20 mu apart. Please draw a complete presentation of a dihybrid test cross and the expected outcome from the cross. Show your cross, if you are using coupling or repulsion, the Punnett square associated and the predicted frequencies and...
Nameindulia Los Drosophila Genetics Predictions-L113 (20 pts.) Part I. Meiosis and Punnett Squares Remember, whenever you...
Nameindulia Los Drosophila Genetics Predictions-L113 (20 pts.) Part I. Meiosis and Punnett Squares Remember, whenever you use Punnett Squares to solve genetics problems, be sure you are completing each of the following steps: 1) Identify the genotypes of the parents. 2) For the specific traits of interest, figure out what kinds of haploid gametes each parent can make. In each gamete, there should be one allele for each trait of interest. If there is more than one trait, make sure...
how do you solve these? this is all the information available. it says to calculate for...
how do you solve these?
this is all the information available. it says to calculate for
each
14.26 The questions that follow make use of this тар: + 10 15 20 10 ki 20 + 151 Calculate a. the frequency of jb gametes from a J B/j b genotype, 0. the frequency of AM gametes from an a M/Am genotype. c. the frequency of JBD gametes from a j B dij bo genotype. d. the frequency of JB d gametes...
I want to be clear that I'm not interested on just the correct awnser (I have...
I want to be clear that I'm not interested on just the correct awnser (I have the key), I am having trouble understanding the logic to which the awnsers were derived from. Please explain why it is the correct awnser. Thank you in adnvance. A researcher finds two genes controlling flower color (W and R) that are 40 cM apart fromeach other on the same chromosome. They epistatically interact such that the flower color of W-R- is Red, W-rr is...
all of them please Question 10 (1 point) In Drosophila, the mutant black (b) has a...
all of them please
Question 10 (1 point) In Drosophila, the mutant black (b) has a black body and the wild-type (b+) has a gray body; the mutant vestigial (v) has wings that are short and crumpled compared the long wild-type wings (V+). These genes are linked and are located on the X- chromosome. A cross between a female fly and a black, vestigial winged male fly produced the following progeny: gray (b+), normal (v+) 20 gray (b+), vestigial (v)...
thumbs up for good answer! please help with my genetics, thank you!! heres a better quality...
thumbs up for good answer! please help with my genetics, thank
you!!
heres a better quality photo
1. In the analysis of bacteriophage T4 rll locus mutants, a mixed infection experiment was eonducted. Complementation was ebierved for mutants 1 and 2, as well as for mutants 2 and 3 but mot between and 3. What can be concluded from the results? A-mutations 1 and 3 are on dferent genes B-all 3 mutations are in separate genes C-mutations 1 and 3...
answeres are provided. please explain how to do them. :) A small number of type O...
answeres are provided. please explain how to do them. :)
A small number of type O individuals have the Bombay blood phenotype. Individuals with the Bombay blood phenotype always appear to have type O blood because they are homozygous recessive for the gene, H, which is epistatic to gene I. As long as at least one dominant H alele is present, the ABO blood type associated with the person's ABO genotype will be expressed. Individuals who are homozygous hh always...
Let's review how p and q are calculated. Count up all the red balls, then count...
Let's review how p and q are calculated.
Count up all the red balls, then count
all the white balls. What percentage of all the alleles are red?
Since 16 of the 20 balls are red, 16/20 = 80%. Expressed as a
decimal, we could say the frequency of the CR allele is 0.8.We will
follow the convention of using p for the frequency of one allele
(the dominant allele, if the trait is dominant/recessive), with q
being the frequency...
1) Consider a single germ cell with the genotype A/a;B/b undergoing meiosis. Which of the following...
1) Consider a single germ cell with the genotype A/a;B/b undergoing meiosis. Which of the following are possible genotypes for the set of four gametes resulting from meiosis of this single germ cell? (assume that there is NOT any nondisjunction) A, a, B, b Aa, Aa, Bb, Bb AB, Ab, aB, ab Ab, Ab, aB, aB aa, AA, BB, bb 2) From true-breeding stocks, a female fly with no eyes (mutation in eyeless (ey) gene) and no wings (mutation in...
Can someone explain to me how to do this? The correct answer (per the answer key)...
Can someone explain to me how to do this?
The correct answer (per the answer key) is
D
30. If a mixture has an ee of 90%, what is the percentage of each enantiomer? a. 65% : 35% b. 55% : 45% C. 80% : 20% d, 95% : 5%
complete. Read carefully. Make a full complete presentation of your results. Place your answer, clearly organized, on the next page A. The fly characteristics brown eye and vestigial wing are both located on the fly chromosome II and they are approximately 20 mu apart. Please draw a complete presentation of a dihybrid test cross and the expected outcome from the cross. Show your cross, if you are using coupling or repulsion, the Punnett square associated and the predicted frequencies and...
Nameindulia Los Drosophila Genetics Predictions-L113 (20 pts.) Part I. Meiosis and Punnett Squares Remember, whenever you use Punnett Squares to solve genetics problems, be sure you are completing each of the following steps: 1) Identify the genotypes of the parents. 2) For the specific traits of interest, figure out what kinds of haploid gametes each parent can make. In each gamete, there should be one allele for each trait of interest. If there is more than one trait, make sure...
how do you solve these?
this is all the information available. it says to calculate for
each
14.26 The questions that follow make use of this тар: + 10 15 20 10 ki 20 + 151 Calculate a. the frequency of jb gametes from a J B/j b genotype, 0. the frequency of AM gametes from an a M/Am genotype. c. the frequency of JBD gametes from a j B dij bo genotype. d. the frequency of JB d gametes...
all of them please
Question 10 (1 point) In Drosophila, the mutant black (b) has a black body and the wild-type (b+) has a gray body; the mutant vestigial (v) has wings that are short and crumpled compared the long wild-type wings (V+). These genes are linked and are located on the X- chromosome. A cross between a female fly and a black, vestigial winged male fly produced the following progeny: gray (b+), normal (v+) 20 gray (b+), vestigial (v)...
thumbs up for good answer! please help with my genetics, thank
you!!
heres a better quality photo
1. In the analysis of bacteriophage T4 rll locus mutants, a mixed infection experiment was eonducted. Complementation was ebierved for mutants 1 and 2, as well as for mutants 2 and 3 but mot between and 3. What can be concluded from the results? A-mutations 1 and 3 are on dferent genes B-all 3 mutations are in separate genes C-mutations 1 and 3...
answeres are provided. please explain how to do them. :)
A small number of type O individuals have the Bombay blood phenotype. Individuals with the Bombay blood phenotype always appear to have type O blood because they are homozygous recessive for the gene, H, which is epistatic to gene I. As long as at least one dominant H alele is present, the ABO blood type associated with the person's ABO genotype will be expressed. Individuals who are homozygous hh always...
Let's review how p and q are calculated.
Count up all the red balls, then count
all the white balls. What percentage of all the alleles are red?
Since 16 of the 20 balls are red, 16/20 = 80%. Expressed as a
decimal, we could say the frequency of the CR allele is 0.8.We will
follow the convention of using p for the frequency of one allele
(the dominant allele, if the trait is dominant/recessive), with q
being the frequency...
Can someone explain to me how to do this?
The correct answer (per the answer key) is
D
30. If a mixture has an ee of 90%, what is the percentage of each enantiomer? a. 65% : 35% b. 55% : 45% C. 80% : 20% d, 95% : 5%
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