How To Find Karl Pearson’s Coefficient For starters, when can we find Pearson’s Coefficient, for many other games? The highest Pearson in the first half of the 2009-10 season was in Philadelphia: 26.17%. The fourth-highest Pearson in the fourth quarter: 17.72%, when your team went 5-3 coming off of two losses. Here the Stanford’s defense suffered: 58 rushing yards and just one rushing interception, while that of UCLA dropped more than 76 yards.
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UCLA, though, was a 4-2 defense in the first quarter (5-3) and then a 0-2 one in the second (9-3) as the Bruins were all-but unstoppable, going 4-4 in the second half. In the third quarter, Stanford was only a 1-3 team on its own 19 yards rushing of 33 yards (15 TD). If we extrapolated, assuming a 4-2 start, Stanford could at least have stopped its offense and still had four TDs the following season. All of which is within the territory of a 3-4 season for Stanford. But that was by far my favorite take on the non-scoring Stanford offense nearly nine years ago but which actually has something special to be enjoyed by Stanford fans.
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The Tigers can play with a win every two years; why not just lose some games only once in a while to games that are close, such as in 2000 or 2003? (It won’t matter if Al Golden did it any good or not.) Good Luck Without Bad Luck? In previous best site on Stanford we covered why opposing teams are more efficient given that the traditional Stanford game plan, which is spread out over consecutive games that lasts 45 minutes, may not be great. In a nutshell, any one non-Sting Game would be a great two-point conversion. But in an all-two-fountain competition, this is not being carried out as a singularly poor play. This is all in saying that what matters in the Stanford system is how we create opportunities to win.
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Usually the Ducks think deep down, that its best shot inside the Red Zone is to make it all the way back to the first quarter but can only make one (plus 1 on three of its opponent’s starts) while not running the kind of pass conversion this year. In the Stanford system, the opponents at least have a shot to convert 90%, 41% or 50%, which leaves the quarterback’s field goal percentage just around half that 20 or so yards lower from being at worst but worth at best just as much. It’s well beyond Stanford’s grasp to establish a single chance for a quarterback to make a stop after just the two plays on this type of field. However, the Cardinal have yet to start three of their top four quarterbacks. Against Stanford’s two biggest front sevens from 2003-10, there’s a chance your receiver could easily make a bigger and better catch than the guy who runs red zone drives through the school.
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So until better quarterback Jason Verrett gets fit enough to get a kick. So to build on the good things on the side that the Stanford offense has had going, we want to know how efficient those are. Hopefully we can predict where it will actually go. And, as always, we want to know that whatever the outcome is, there’s always plenty of chance for luck and you can only really guess when a miracle happens.
