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Going for it on 4th and 1
In response to Race's post: college teams who go for it on 4-1 convert 75% of the time. Analytics show going for it on 4&1 anywhere over midfield to the opponents 30 has a 4:1 payoff as opposed to punting. In short, Smith/Peterman are stupid and Tequilla doesn't know what the fuck he is talking about
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Doesn't mean this site hasn't gone down dooghill, don't twist.
That said, he has sucked so far, no question. The only thing that separates him from the reign of dreck before him is he has at least eliminated the plunger from our vocabulary (at least until this Saturday). I know, Sark is better than Ty, yadda yadda yadda.
He's not getting fired after this year, I think we all know that. He needs to get this shit figured out. I'd be a lot more confident he would if he had an AD that GAF about football.
In conclusion, TSIFO, but I'm still barely in LIFPO mode on the hire. Uf we look like this this time next year I'll be the one registering www.FirePeterman.org.
SoFuckingIrritating.gif
I said systemic. Big word. Look it up
Had Pete gone for it, we got stuffed, then Oregon went down and immediately scored a TD in what turned into a plunger game, I would expect that at least half of you miserable fucks would have been whining that Pete went for it.
It's one of those calls where if it works it's a great call ... if it doesn't you should have done the other ... and if you punt you're immediately in the wrong.
UW didn't lose that game because of punting there.
Perhaps Smith was relying on the belief that the defense was going to score more TDs than his offense.
səˈstemik/Submit
adjective
adjective: systemic
1.
of or relating to a system, especially as opposed to a particular part.
"the disease is localized rather than systemic"
(of an insecticide, fungicide, or similar substance) entering the plant via the roots or shoots and passing through the tissues.
2.
PHYSIOLOGY
denoting the part of the circulatory system concerned with the transportation of oxygen to and carbon dioxide from the body in general, especially as distinct from the pulmonary part concerned with the transportation of oxygen from and carbon dioxide to the lungs.
Origin
early 19th century: formed irregularly from system + -ic.