Data the data below in a paper {Lidiclcer and McCollum 199?] wherein the authors had examined the genetic diversity in two populations of sea otters [Enhydra fun-is] in the eastern Pacic. The point of the study was to assess the degree to which the severe bottleneck in the historyr of the Californian population had caused the loss of genetic variation. The letters on the left referto locus and r.- is the number of individual others with different genotypes. \"- SS SF Locus = EST Genotype 55 all alleles 5 = T4 Genotype 5F half of alleles 5 = V2 [40} = 213 All 5 alleles = 94 All alleles total = T4 + 40 + 14- = 126 Freq ofS = Ell-HEB = 0.7343?5 = p Question a. Determine if the sampled otters in California were in HardyWeinberg equilibrium at the EST locus. lGet p and q [do not round}. Calculate expected genotype frequencies {include up to six decimal places] and numbers of individuals [round the number of expected individuals up or down to whole numbers; do not worry that the expected number of individuals may end up one more or less than the actual population size}. Compare expected with observed using a Chi square test. Report the total Chisquare value up to 4 decimal places of precision. The critical value = 3.841. [We are not grading the values for the separate, different genotypes.) b. Briefly interpret your findings for 4a; the critical value for equilibrium 2 3.841. Provide a sentence or two that could be in the Conclusions section of a paper [if you had to write one} -:> Summarize the finding {in equilibrium at that locu s, or not] and speculate as to how at least two factorsfconditions might be influencing the situation [e.g., might some type of selection be operating?}