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You seem to be lost in the weeds a bit. Of course hardy-weinberg is a model that never exists in reality. It's a good method to explain the importance of selection pressure on populations.
Without an active selection agent on the allele, it's frequency in the population remains the same.
Now in reality there is no such thing as zero selection pressure on any allele. Having a deleterious or advantageous allele 49.99cM away exerts selection pressure.
However allelic frequencies without a strong selection acting on them remain relatively stable.
You're not understanding. Without selection, real populations would have changing allele frequencies. They would not stay static. That's because random sampling exists, but only outside of the H-W model.
Random sampling has a significant effect when the population size is smaller. Say less than 10,000 individuals.
It has very little effect as the population size increases to say something a little more than 8,000,000,000 individuals.