Answer a -Jj - if completely linked then n=1, if independent assortment then n=2, 2^2=4
Answer b -JJ-n=1,2^1=2
Answer C-JjKk, n=2, then 2^2=4
Answer D -CcDdEeFf- if completely linked then n=1, if independent assortment then n=4then 2^4=16
Answer E -jjKK-n=2, then 2^2=4
Answer F -DDeeGGhh- n=4 then 2^4=16.
1) Determine the gametes produced by each genotype. Calculate the frequency of each gamete type. a....
An autotetraploid with the genotype AAaa is crossed to a simplex autotetraploid individual. Assume 2 X 2 segregation. a. List the genotypes and frequency of the gametes produced by each plant. AAaa Simplex Gamete genotype Frequency Gamete genotype Frequency b. What would be the genotypes and frequencies of the progeny from this cross? If you can please explain how you solve this
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...
Gametes produced in a paracentric inversion heterozygote WITHOUT crossing over are: a. two gametes with deletions and/or duplications and two normal gametes b. one normal gamete, two with deletions and/or duplications and one with the inversion c. two gametes with the inversion and two normal gametes d. two gametes with the inversion and two with the deletion and/or duplications e. No normal gametes
QUESTION The two factors for each trait separate when gametes form, so that each gamete contains only one factor for each trait. This statement is part of Mendelà s law of dominance. independent assortment. random recombination segregation QUESTION 8 Which of these could be a normal gamete? Ggrr GRI O Gr GER None of these are correct QUESTION 9 The F2 offspring of a classic Mendelian monohybrid cross between homozygous dominant and homozygous recessive parents would produce the genotype(s) AA...
If a genotype is AB/ab and the genes show a 10% recombination frequency, what gametes does this individual make, in what proportions? A. aB:50%, Ab:50% B. AB: 50%, ab: 50% C. AB:45%, ab: 45%, Ab:5%, aB:5% D. More than one of the above E. AB:5%, ab:5%, Ab:45%, aB: 45% F. AB:40%, ab: 40%, Ab:10%, aB:10% G. AB:10%, ab:10%, Ab:40%, aB: 40%
Question 9 1 pts What's a gamete? The genotype of a sperm or egg. A listing of the alleles inherited from a particular parent (mother or father). O A reproductive cell (sperm or egg). A listing of the alleles present in an offspring (F1 or F2). Question 10 1 pts Gametes are created by mitosis. True False
List the possible gametes produced by the following parental genotypes. Refer to the above examples if you need help. Circle each gamete . 1. Pp 2. PpTt 3. PpRrTT List the possible gametes produced by the following parental genotypes. Refer to the above examples if you need help. Circle each gamete . 1. Pp 2. PpTt 3. PpRrTT
Please show how to calculate this! Genotype (from the F1 gamete AbC ABC Abc ABc aBc abc aBC abC Number 63 180 32 2 65 174 29 4 10. How many map units are between Gene B and Gene C (rounded to the nearest whole map unit)? a. 24 b. 23 c. 12 Cannot determine from the data. e.
Question 38 2 pts How many different gametes can be produced from the genotype AaBBDDEeff? 16 2 0 1 8 4
1. Let's say an individual is of the genotype AABbCcDdEe. a) How many different gamete types could he/she produce for could he/she produce for these traits ? another of the same genotype, what proportion of their b) If this individual were to mate with another of the same genotype, offspring would we expect to show all 5 of the dominant phenotypes expect to show all 5 of the dominant phenotypes? How about all 5 of the recessive phenotypes ? c)...