a. What is the best alternative hypothesis?b. What is the best null hypothesis?c. How many heterozygotes did not contact malaria? d. What is value for the X^2 test statistic for this study?

O P = PO O p = PD O p x Po Some researchers were interested to see if having the sickle cell allele actually reduced the risk of getting malaria in O p > PD Africa. They randomly sampled 100 people with the allele (heterozygous) and 100 people without the allele (homozygotes) and whether or not the person contracted malaria. O p s Po The data from this study are attached here: chapterSex-1.cav + O p 2 Po In this data set each row is an individual and the columns are genetics and malaria. Genetics is either homozygous normal or heterozygous for the sickle cell anemia allele (homozygous individuals for sickle cell die early and aren't O These data are consistent with the theoretical distribution (e.g. normal, Poisson, binomial, etc.). included). Malaria is whether (positive) or not (negative) the person developed malaria. O These data are not consistent with the theoretical distribution (e-g. normal, Poisson, binomial, etc.). O Pf [condition A and B) = Pricondition A] * Pricondition #] O Pricondition A and B] * Pricondition A] * Pricondition #]