Lonnie Utah
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- Jun 1, 2012
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This isn't "theoretical physics" this is football. Iv'e been watching football for almost 50 years now and have seen countless games where the team that was supposed to win lost and the team that was supposed to lose won. Football is played on the field not in calculations. There probably is something to these theories which is all they are but there are too many variables in the human equation to place stock or even bet on it. Here is my take. Watch a few games being sure to have some Jack Daniels!! Enjoy the games and save physics for the classroom. I kinda like the chaos theories myself. :hi:
Thank you, that's pretty much exactly what my post was getting at. I got my Masters at App State so, I get to skip the Underdog/Any Given Saturday part of the lecture.
Just because likelihood is variable doesn't mean the number of observable factors leading to a binary outcome is infinite.
AND, this is key: even if the number of variables leading to a binary outcome approaches infinity--which one could imagine in field like astrophysics but certainly not in a prescribed game like football--there will always be a smaller subset of factors involved which have strong correlation to one outcome or the other.
I'm not sure what astrophysics has to do with football, but the simple understated point I was trying to make is that unlike a coin toss, there are other factors that influence the outcome of a football game (a fact on which we both obviously agree). However, I never said those factors were infinite.
These factors, when looked at in the aggregate, give us an insight as to the probability that a given team will prevail in a sporting event. Another fact I think we both agree on.
My post was in response to over simplified version of events you gave, which was a coin toss or a 50/50 outcome for binary event with little to no outside stimuli.
My premise was simply that in most sporting events there is a favorite, and the higher the probability that one team will win the more strongly favored that team is. That could be 90%/10% or it could be 51%/49%. Either way, those aren't 50/50 or the coin toss model. I gave no indication of how one arrived at determining which team was the favorite or why, just that there was one. So I never espoused the infinite variable theory. I might agree that the factors effecting the outcome of a sporting event could be described as a N-dimensional hyperspace, but I'll agree that N ≠ ∞.
I think we are closer in agreement on points than not.
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