NoelarBear
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Not how I read that. We moved up and are just behind 2 Big Ten teams that beat us.Apparently Minnesota beating Illinois means Illinois is bad and not that Minnesota is good.
26th, it’s in the last column.Illinois is 37th after the loss to MN. What were they at gametime?
Illinois dropped 11 spots for losing and we moved up 5 spots for winning.Not how I read that. We moved up and are just behind 2 Big Ten teams that beat us.
There are other factors involved though. They had to move both teams to get us in front of them but you also can't launch us in front of teams we don't deserve to be in front of like the ones who beat us head to head (though you could make a case for us being better than Michigan pretty easily at this point)Illinois dropped 11 spots for losing and we moved up 5 spots for winning.
Looked up the opponent's overall win % of the teams with 4-2 and 3-3 conference records for the teams they lost to. Bold is their worst loss)Washington received 4 votes in the latest top 25 rankings. Eeeesh.
Before you hit the lecture circuit, I feel the need to inform you that net force is equal to mass times acceleration, not acceleration equaling net force time mass. The science teacher in me couldn't overlook it(I will save the lecture on force X mass = acceleration for another day.)
Before you hit the lecture circuit, I feel the need to inform you that net force is equal to mass times acceleration, not acceleration equaling net force time mass. The science teacher in me couldn't overlook it
Newton's Second Law of Motion
Newton's second law describes the affect of net force and mass upon the acceleration of an object. Often expressed as the equation a = Fnet/m (or rearranged to Fnet=m*a), the equation is probably the most important equation in all of Mechanics. It is used to predict how an object will...www.physicsclassroom.com
Ranking "inertia" so to speak.or, to paraphrase Newton's Laws of Motion:
a Ranked team tends to remain ranked until acted on by an equal and opposite force.
an un-ranked team tends to remain un-ranked until acted on by an equal and opposite force.
(I will save the lecture on force X mass = acceleration for another day.)
Where feels most inequitable about the ranking inertia is when ranked teams beat other ranked teams who end up being bad. I feel like, if we had been ranked when we played USC, we would have gotten a big bump for beating a ranked team, and that bump would not have been adjusted back out of our ranking when it turned out they were bad. But, since we weren't ranked then, if we approach a spot where we might move into the rankings, we just have a win against a bad USC team and don't get any credit for them being ranked when we played them (which i actually think is the correct way to look at it, but it's frustrating that ranked teams seem to get to keep the credit for a good win against a team people thought we're good but turned out to be bad).Ranking "inertia" so to speak.