PLEASE answer all three for rating
Homework Answers
6.A
Total number of seeds 12. So n! is 12 factorial (12x11x10x9x8x7x6x5x4x3x2x1)
Number of white seeds =5, s! is 5 factorial (5x4x3x2x1)
Number of purple seeds = 7 , t! is 7 factorial (7x6x5x4x3x2x1)
(p)^s is (1/4 )^5 and (q) ^t is (3/4)^7
p- is phenotype of white which is 5 and q is phenotype of purple which is 7. We have only 2 phenotypes here and white has to be recessive as it has not appeared in F1 and purple is dominant. With that consideration, the probability is F2 for purple is 3/4 and probability for white is 1/4.
The probability of 5 white and 7 purple flowers in 12 seeds is 1/10 and the order of the flower color is not mentioned.
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PLEASE answer all three for rating
6) You cross two pure-breeding strains of peas, one with...
6) You cross two pure-breeding strains of peas, one with white flowers and the other with...
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please answer 13 in detail and drawings of small punnet squares. This question was already posted...
please answer 13 in detail and drawings of small punnet squares.
This question was already posted on Chegg multiple times, but they
do not draw out the punnet squares or calculations.
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6) You cross two pure-breeding strains of peas, one with white flowers and the other with purple flowers. All progeny (FI) from this cross have purple flowers. You cross two F1 individuals, harvest the F2 seeds, and plant a row of twelve (12) seeds in your Aunt Mabel's front yard to improve the landscaping. A) What is the probability that out of the ten (10) total plants, any five (5) of the 12 will have white flowers and any seven...
25. A cross is made between two different true-breeding strains of daylilies, both of which have white flowers. All of the F1 generation plants have yellow flowers. When an F, offspring is crossed with either one of the parental strains, half of the offspring have yellow flowers and half of them have white flowers. Propose an explanation for this outcome. In your answer, you should describe the genotypes of the two parental strains and the F1 offspring, and also explain...
1. In a cross between two pure-breeding varieties of radish, one with red and the other with white roots, all the F1 progeny had purple roots. The F2 obtained by selfing the F1 segregated as follows: Red Purple 80222 White 98 Two models (A and B) were suggested to account for these results:- A) Root colour is controlled by a single gene with two alleles showing incomplete dominance B) Root colour is controlled by two unlinked genes showing (recessive) epistasis....
please answer 13 in detail and drawings of small punnet squares.
This question was already posted on Chegg multiple times, but they
do not draw out the punnet squares or calculations.
U ! 2 0.06 0.125 0.06 0.125 0.25 0.125 0.06 96 3:31 H Linked 7.56% Long tails, Black cout, 18,57 0.06 gene (16.5% Long tails, tancoat + 13. In tomatoes, dwarf (d) is recessive to tall (D) and opaque leaves (op) are recessive to green leaves (Op). The loci...
You cross two crows, one with yellow legs, and the other with green legs. All of the F1 offspring have purple legs. Leg pigment is produced by the pathway in Fig.3, where the dominant alleles (Y and G) produce functional versions of enzymes Y and G, and the recessive alleles (y and g) produce nonfunctional enzymes. What genotype frequencies do you expect to see in the F2 generation? O all purple 9 green: 3 purple: 3 yellow 9 purple: 3...
Name: 6. In tomatoes, one gene pair determines beakless vs. beaked fruits, and another determines purple VS. green stems. Several crosses and progeny are shown below. Cross Beakless Beaked Beakless purple 392 Beaked purple 412 Beaked purple X beakless purple b) Beaked purple X beakless purple c) Beakless green X beaked purple d) Beakless purple X beakless purple green green 0 0 115 343 0 203 207 214 198 201 192 598 63 Which alleles (phenotypes) are dominant? (2 pts)...
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