I know the answer for every part of this question, I just don’t understand how to calculate them. Could you please help me by showing the calculations? a. 0.4 b. 0.2 c. 120 d. 30 e.75 In the cat, two gene loci on an autosomal chromosome are 20 cM from each other. At locus 1, the E allele for big ears is completely dominant to the e allele for small ears. At locus 2, the G allele for grey hair is completely dominant to allele g for white hair. A strain of cat, true-breeding for big ears and grey hair, is mated to strain 2, true-breeding for small ears and white hair. The F1 generation of that mating is mated with strain 2 (i.e.. a testcross) and 300 testcross progeny are produced. Always show your calculations. a. What is the expected frequency of gametes of genotype EG produced by the F1-generations cats? When the F1-generation cats produce gametes, what is the expected frequency of gametes that have recombinant combinations of linked genes? c. In the testcross progeny, how many cats are expected to have small ears & white hair? d. In the testcross progeny, how many cats are expected to have small ears & grey hair? e. If the two loci were not linked, and segregated independently from each other, how many cats are expected to have small ears & grey hair in the testcross progeny?