In аn essаy оf rоughly 500 wоrds, аnswer the following question. In your essay, have a clear, debatable thesis governing the whole of the essay. Provide specific support for that thesis from the proposed sources. Develop that thesis with specific subpoints/subclaims that answer the given questions. Using two of the assigned sources from the course (Jewett, Chopin, or Wharton), explain the genre of local color writing. What media technology permitted the rise of this kind of writing? What were its chief characteristics? How did literary writers of the time period "elevate" the kind of writing found in local color writing? What stereotypes of the region are being presented in the works you have chosen?
enter the subjunctive fоrm usted ___________ (vender)
When yоu аre finished with this prоgrаm аnd ready tо move on to the next, please copy and paste “Question 1 of the Proctored Final Exam is complete and ready for grading.” in the text box for this question. Program 1: Identify DNA Transitions and Transversions When point mutations occur in DNA, researchers often categorize them based on whether the mutations are “transitions” or “transversions.” A transition occurs when one purine nucleotide (A and G) is mutated to another purine nucleotide or one pyrimidine nucleotide (T and C) is mutated to another pyrimidine nucleotide, and a transversion occurs when a purine nucleotide is mutated to a pyrimidine, or pyrimidine to purine. This exercise will focus on determining the total number of passing mutations, and the percentage of transitions and transversions. There are four different types of transitions: A mutated to G (i.e. this would be an A in the “Ref” column and G in the “Var” column) G mutated to A T mutated to C C mutated to T There are eight different types of transversions: A mutated to C (i.e. this would be an A in the “REF” column and C in the “VAR” column) A mutated to T G mutated to C G mutated to T C mutated to A C mutated to G T mutated to A T mutated to G Write a Python program that uses sys.argv to accept one command line argument. This argument will be the name of a VCF file. Consider only variants with a FILTER value of PASS. Your script should count the total number of variants with PASS in the FILTER column, and calculate the percentage of DNA transitions and transversions within the specified VCF file (consider only variants that pass quality controls). Calculate the percentage as the number of transitions (or transversions) divided by the total number of variants that passed the quality filter. Then multiply this number by 100. Finally, do not round this number. For example, if the server were to run your code on VCF_file1.vcf (see above) it would execute the following command: python studentcode.py VCF_file1.vcf Expected output printed to the screen (case should match exactly, there is one space between words, numbers, and percentages, and the percentages are not rounded…the percentages might have many numbers after the decimal, but in this case only have one… do not round percentages): 5 variants40.0% transitions60.0% transversions