I simpy explained how to have perfect selection in one generation, you had to pay the price of the elimination of the other 9,999 in that same generation (destroying your population) for the evolutionary scenario to work. Your example tried to have the benefit of perfect selection, without the price. There is a cost to selective replacement that must must be paid. In this case the cost in the real world would indeed be the lives of the other 9,999. I was simply showing that an evolutionists own "rosy example scenario" when adjusted for reality runs into trouble.
What? One mutant monkey wiped out the rest?
However, when compared with the evolutionists "human evolution" timescale (5 million years since common ancestor with chimps) a problem developes, since humans have a slow generation time. In fact with a 20 year generation time the standard model of "evolution" allows only 833 beneficial mutations to have accumulated.
5 million years divided by 20 = 250,000 generations
250,000 divided by 300 (standard model) = only 833 beneficial mutations. (most of which are a single nucleotide)
And actually the OVERWHELMING MAJORITY of beneficial mutations are ELIMINATED early on by genetic drift. Most evolutionists are not generally aware of this.
Couldn't multiple beneficial mutations be occurring at the same time?