imaghost:
People do change their way in thinking. It is
you that doesn't change his way of thinking.
With logic I can now prove you are wrong on that point.
With logic I can now prove that you have been wrong so you don't use logic correct always.
With logic I can now conclude that means you should change your way in thinking sometimes.
With logic, experience and common sense everyone else on this forum has realised that this topic is clearly one of those things you should change your way of thinking about.
You might think this is logic, but it really isn't. It is drawing conclusion from a set of irrelevant data:
7/7 = 1, 6/6 = 1, 5/5 = 1, etc so 0/0 = 1.
0/7 = 0, 0/6 = 0, 0/5 = 0, etc so 0/0 = 0.
If 0/0 is both 0 and 1 that must mean that 0 = 1 and that must mean that 1 = 2.
(That logic is actually supported by the fact that 1/INFINITY = 2/INFINITY

)
If I flip 4 coins, according to statistics, I will have 2 heads, 2 tails.
No, according to statistics you have:
* a 1/16 chance of 4 heads, 0 tails
* a 4/16 chance of 3 heads, 1 tail
* a 6/16 chance of 2 heads, 2 tails
* a 4/16 chance of 1 head, 3 tails
* a 1/16 chance of 0 heads, 4 tails
So according to statistics you have a 6/16 chance of 2 heads, 2 tails but almost twice as much chance (10/16) chance of not getting 2 heads, 2 tails
I don't always have one out of 72. I get more, almost always. I don't count, but I do know that I have them more often than that.
Statiscally your chance of getting exactly 1 PLL skip in 72 solves are already really small. Chances of always getting exactly 1 PLL skip in a series of 72 solves are basically 0.
So of course you will sometimes get more than 1/72 and you will also get less than 1/72 sometimes. You might even be right about getting more almost always but you still haven't proved that is because of 2 look OLL
For that prove you simply use math and that math has been provided very early in this topic. That math clearly stated that you don't have twice as much chance of getting PLL skips because you perform twice as many OLL's
Now here is a logic test for you: How many OLL's do you perform on average when you know the 3+7 2 look OLL algs?