Consider a diploid cell that contains three pairs of chromosomes, designated aa, bb, and cc. each pair contains a maternal and paternal member assume that during meiosis i, none of the c chromosomes disjoin at metaphase, but they separate into dyads (instead of monads) during meiosis ii. each resultant gamete participated in fertilization with a normal haploid gamete. what are the possibilities for the number of c chromosomes present in the resulting gametes

two copies of chromosome A, two copies of chromosome B, four copies of chromosome C two copies of chromosome A, one copy of chromosome B, three copies of chromosome C two copies of chromosome A, two copies of chromosome B, five copies of chromosome C two copies of chromosome A, two copies of chromosome B, one copy of chromosome C two copies of chromosome A, two copies of chromosome B two copies of chromosome A, two copies of chromosome B, two copies of chromosome C two copies of chromosome A, two copies of chromosome B, three copies of chromosome C one copy of chromosome A, two copies of chromosome B, three copies of chromosome C