Let's imagine a real life population (not in Hardy-Weinberg equilibrium) of 9,100 capybaras living in the Pantanal wetlands region of southern Brazil (how cool, the world's largest living rodenti. This population is subdivided into 9 sites of 1,000 individuals each, with the remaining individuals forming an isolated site E* of 100 individuals on an island inside the ParanĆ” River. There has not been any migration between sites for 200 years, but prior to that the entre Pantanal region was flooded and thus interconnected to allow for frequent gene flow.As excellent geneticists, we discover that there is a single genotype, AA, that makes capybaras more likely to allow birds (and other things) to sit on their heads, but the Aa and aa genotypes are unlikely to allow head sitting. There is no evidence at this point that allowing birds on their heads increases or decreases fitness.The frequency of Aa genotype (non-head-sitting heterozygote) is 04 across all sites. The frequency of A genotype (head-sitting) is as follows:Site: APop: 1,000 1,000 1,000 1,000 100 1,000 1,000 1,000 1,000 1,000Freq: 0.560.560,560.56 0.48 0.56 0.560.560.56 0.56Considering only the information given,(i) What are the 'p' and '@'(A' and a) allele frequencies of the capybaras