To find out the distance between genes C and A, we have to calculate the recombination frequency between them. For this we have to take the double cross overs ( having lowest number of indivduals) along with the single cross overs between C and A.
The SCO individuals are Cab - 46 and cAB - 49 and the DCO individuals are CaB - 2 and cAb - 3
Total number of individuals are 353 + 352 + 49 + 46 + 92 + 98 + 2 + 3 = 1000
So, cross over frequency between A and C is (46+49 + 2 + 3 / 1000) x 100 = (100/ 1000) x 100
= 10 cM
please show all work
4. Answer the following question with involves three-point mapping. Show all your work. 46 49) A trihybrid (3 genes heterozygous) produces the following gametes: Phenotypes # Observed АВС Abc ABC aBc 381 abc aBC 71 abc АБС 395 total 1000 38 What is the order of and map distance between the three genes? A) A-(9)-B-(14)-C B)B-19)-A-(14)-C C) A-(0.6)-B-(14)-C D) B-(14)-A-19)-C E) B-(8.4)-A-(13.4)-C
A testcross with a heterozygote b+bc+c produces a total of 700 offspring. The following are the resulting phenotypes of the progeny and corresponding numbers: b+c+ = 270; bc = 255; b+c=83; bc+=92 1) Based on the data, do the genes b and c appear to be linked or are they assorting independently? How did you determine your answer? If the genes are linked, which of the above genotypes are the non-recombinant progeny? Also, is the original configuration of the loci...
Genes E, F, and D are linked in that order. The distance between D and E is 1 cM, and the distance between E and F is 0.6 cM. When the parental genotypes DdEeFf x ddeeff are crossed, which of these will be the resulting F1 recombinant genotypes? A. DdeeFF B. DdEeFf C. ddEeFF D. ddeeff
Question 3 In the figure above, the distance between charges A and B and the distance between charges B and are both 7.00 cm. If A-, 4.50 nC, B #-10.0 nC, and C 4.00 nC, what is the net electric force on A? 4.62x10-6 N to the left 7.43x10-5 N to the right 7.43x10-5 N to the left 4.62x10-6 N to the right
please answer all parts of Q9 and Q12
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and Lab F171 Question 50 (of 54) The distance between base pairs in DNA is 0.34 nm. How many base pairs are there in a chromosome that is 12.0 cm long? (Note: 109 nm-1 m) O 28 x 107 0 3.5 x 1010 0 3.5% 108 3.5% 109
Question 3 A+ in the figure above, the distance between charges A and B and the distance between charges B and C are both 2.00 cm f A 4.50 nC, B 2.70 nC, and C15.5 nC, what is the net electric force on A? O1.02x105 N to the right 0.000119 N to the right 0.000119 N to the left O 1.02x105 N to the left
From the data provided in the previous question, calculate the map distance between the gene and the centromere. View Available Hint(s) Hint 1. How to calculate the distance in map unitsopened hint Number of asci counted Ascospore arrangement 13 4 tan: 4 black 16 4 black: 4 tan 5 2 tan: 2 black: 2 tan: 2 black 4 2 black: 2 tan: 2 black: 2 tan 3 2 black: 4 tan: 2 black 3 2 tan: 4 black: 2 tan...
QUESTION 7 Figure: The vertical distance between points A and C represents a tax in the market. T Price Supply 1000 900+ 800 700+ 600 + 500+ 400 300 C 200+ 100 Demand 10 20 30 40 50 60 70 80 90 100110 Quantty Refer to Figure. After the taxes a. there will be a loss to the consumers of the amount $4,000. Б. there will be a loss to the consumers of the amount S6,000. Cthere will be a...