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I think I remember this... Do you mean the delta V answer we got from the problem we did in class? Because if so, that was a sample problem he did to show us that electrons could not be confined to the diameter of the nucleus. They have to exist outside of it. Because if we set our delta X value to be the diameter of a nucleus (ie, electrons are housed in the nucleus), then the delta V value of those electrons would be WAY faster than the speed of light. Since as far as we know things can't travel faster than the speed of light, that's an impossible number to get. So that means that electrons need to have a delta X value larger than the diameter of the nucleus (big enough to where we have a reasonable delta V) and have to exist outside it.
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