« Reply #2057 on: August 04, 2015, 04:46:06 PM »
"the margin of error in the measurements will be larger than what they're trying to measure".
Clearly that was going to be the case, and obviously that's what happened.
You don't think that's a pretty serious problem when the NFL seeks to hand down one of the most severe punishments in the history of the league (picks + fines + suspension) for a violation it doesn't have the ability to prove even happened?
The pats were accused of doctoring the air pressure in their footballs by another team, and the (poorly done) pressure measurements seem to at least somewhat support the claim. Further investigation (which was probably warranted) uncovered some fairly incriminating texts.
But the punishments do seem to be exceptionally severe for the infraction.
This is wrong
It's obviously not wrong. If they'd measured the balls at halftime and the pats PSIs were within the allowable limits then it would have been unlikely that anything untoward happened. Measuring the balls and finding many of the pats balls below the allowable limit and none of the colts balls below the limit clearly seems to somewhat support the claim.
Ummm....except for the part in the Wells Report that showed 3 out the 4 balls from the Colts measured were under the minimum according to one gauge at halftime.
I stand corrected. One of the colts balls was within range on both measurements, the other three were within range on one measurement. None of the pats balls were within range on either measurement. One of the 8 colts measurements was lower than the highest measurement of a pats ball, and 21 of the 22 measurements of the pats balls were lower than the lowest measurement for the colts balls. So that correction still doesn't really exonerate the pats.
Unless, the colts balls started at 13 psi instead of 12.5 as was WIDELY reported including by Walt Anderson in the wells report
Do the math, the difference in the average between the pats and colts balls at halftime is probably well over that .5 psi starting difference.
The reasons for that has already been explained by Ideal Gas Law which indicated by the nature of them being measured after the Patriot's ones [and whatever time passed between them] was a factor for the increased PSI.
The ideal gas law is a *possible* explanation for the difference, hence the inconclusiveness of the data. You'd also see consistent signs of it. The first balls that were measured would tend to have the lowest psi, the last pats balls to be measured would be close to being in range. You'd also likely see more of a spread between the first pats balls measured and the last than you would between the last pats balls and the colts balls as the increase in temperature would slow as they approached equilibrium. I don't think that's the case.
Read the AEI report. They spelled it all out pretty conclusively while [dang]ing the analysis in the wells report by exponent.
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