Get the computer Program "AleleAl from] the following web site: http://fac There are versions of this program for Mac&Windows. ulty washington.edu/herronjc/SoftwareFolder/software.html 3.(7pts) Consider a case of selection at a diallelic locus with alleles A1 and A2 Relative Fitness A1A1 A1A2 A2A2 1.0 1.0 0.8 A. Initial Freq. of options to zero. Draw Population 1-001. Generations-100 Population Sizes "Infinite". Set all other the change in allele frequency through time below: To answer the questions below, it is useful to click the arrow in the upper right coner of the AlleleA1 program, which reveals a couple new graphs, one showing how mean population fitness changes with the frequency of the Al allele, and one showing how the rate of evolution changes with allele frequency. You should understand these graphs, yet be able to answer all the questions below without them. B. The rate of evolution is fastest in generations (circle one): A. 0-10 B. 20-30 C. 90-100 C. The genetic variance (in the sense of the General Selection Model) is highest in generations (circle one): A. 0-10 B. 20-30 C. 90-100 e Mean Population Fitness (in the sense of the General Selection Model) is lowest in D. The generations (circle one): A. 0-10 B. 20-30 C. 90-100 E. Run the simulation for 100,000 generations. Does the Al allele go to fixation? (We'll consider this problem more below.)