Three lakes in Africa -- Lake Malawi, Lake Tanganyika, and Lake Victoria -- each contain a wide variety of cichlid fish with diverse, specialized adaptations. Each lake's "species flock" is thought to have derived independently from a single progenitor, and subsequently diversified into hundreds of unique species. If this hypothesis is correct, what would you expect the tree to look like for the East African cichlids?

Explanation:

The East African cichilds are founded in discrete  lacustrine environment, their features are greatly influenced by geology, there are almost 2000 species of the African Cichlids  in Lake Malawi, Lake Tanganyika and Lake Victoria. These 2000 species are a representation of morphological variations that allows them to live in niche habitat.

There is an incredibly rapid rate of diversification among  African Cichlids  due to very high rates of gene duplication among the species.  

The East African cichilds are founded in discrete  lacustrine environment, their features are greatly influenced by geology, there are almost 2000 species of the African Cichlids  in Lake Malawi, Lake Tanganyika and Lake Victoria. These 2000 species are a representation of morphological variations that allows them to live in niche habitat.

There is an incredibly rapid rate of diversification among  African Cichlids  due to very high rates of gene duplication among the sp

Explanation:

because the two particles have an equal charge, the charges will cancel out and give the atom an overall charge of 0. so, if at atom has 35 protons in the nucleus, we could expect it to have 35 electrons orbiting that nucleus.