Alright, that's one. Another crucial difference between the hypothesis of ToE and MoF is that ToE predicts that every living thing on earth will use the same reproductive mechanism. Again, remember, when Darwin created this theory, neither he nor anyone else understood the mechanism of reproduction. ToE says that every organism on earth descended from a single common ancestor. Therefore, the one thing that must be the same in every species, from a slime mold to an African elephant, is the mechanism of reproduction.
Further, this mechanism must accomplish a couple of things. It must cause offspring to be the same as their parents, but never exactly the same. It must explain why offspring are a little--but only a little--different from their parents. It must explain how traits from parents of different sexes are both carried over and mixed in their offspring. The agent of change must not be adaptation. That is, ToE says that giraffe's necks don't get longer because they reach for high leaves, rather some other mechanism makes some giraffes have longer necks, and natural selection chooses those giraffes to survive and reproduce. (Otherwise Lamarck would have been right. As it turned out, he wasn't.)
So Darwin predicted that such a mechanism would be discovered at some point in the future--Darwin's future, that is. He predicted that every species, not just some, would use the same mechanism.
And that is what was discovered several decades after Darwin died. He was right, all life on earth reproduces the same way, through DNA. And DNA does all of those things, as predicted. It explains the source of variation--mutation through copying errors. It shows exactly how those small variations must come into existence, due to the nature of DNA-based reproduction.
And I can use his theory to predict that if a new species of life is discovered next week in an underground cave in Nepal or at the bottom of the ocean, it will reproduce via DNA.
If I'm right, it confirms ToE. This prediction has been right, so far, about 12 million times.
Can your hypothesis do that?