DaBronxPats14
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CLICK HERE to Register for a free account and login for a smoother ad-free experience. It's easy, and only takes a few moments.They are counting on getting favorable results by choosing a game that has a similar temp but not wet.
They are pathetic!
How can this even be accurate if it's not raining too?
It's not pedantic at all. This conflation of psi and weight is at the heart of why the ignorant think this is an important issue. Maybe if we converted to pascals so the word 'pound' isn't invoked...
Nope. Psi can go down without the mass of the ball changing one iota if that reduction in psi comes from temperature change alone. Weight only goes down if air is removedI recall that back during the debacle a sports science piece stated that 2 psi was equivalent to the weight of a dollar bill, so negligible but still there was a weight difference. They went on to say that the rain added more weight to the ball than that lost by the lower psi.
Either they'll measure them immediately when they hit the cold (to show no PSI differences) or wait until the balls are warmed up (to show little to no PSI differences). What they won't do is measure the balls outside at halftime or right when they first get inside.
Science should be able to tell us the expected/range of PSI based on temperature.
Simply stated, this is rigged for their benefit and the Patriot detriment.
How can this even be accurate if it's not raining too?
If I'm the Krafts, I have a team of engineers, lawyers and videographers overseeing this exercise.
Surely this just gives Brady more incentive than usual to throw 5+ TDs to Gronk in the first half so that he can slam as many balls into the turf as possible?
In all seriousness, I fully expect the NFL to twist any pressure readings to suit their ridiculous contention. No rain? No guarantee that one team will be using their balls almost exclusively for the last 7 minutes of the half (as was the case in the AFCCG)? No guarantee that the same sequence of half time measurements will be used?
This will be like comparing apples to oranges, despite the Ideal Gas Law occurring in both examples.