So then you must agree that whatever effects the running game has on the passing game, it is NOT dependent on yards per carry or any other statistical measurement of rushing efficiency within that quarter or game.
In other words, you not only agree with me that YPC or any other statistical measurement of rushing efficiency has no correlation to winning in the NFL (which you admitted in the other thread), you also agree with me that YPC or any other statistical measurement of rushing efficiency has no correlation to passing efficiency.
So really, you agree with everything I have said, and all of your posts on this topic are nothing but straw men and personal attacks.
Carry on.
yes rushing ability does not change quarter to quarter.
what does that have rushing stats - which are basically worthless because they are dominated by the factors I have mentioned.
i am simply saying you are using a correlation that is based on flawed data sets to say rushing is not important.
stop trying to continue this silly fallacy.
should you try to expound upon this ridiculous conclusion of rushing well is not important, even those with no statistical background can simply throw it back in your face - your statistical analysis is hopelessly flawed.
i already gave you this EXTREME example to make an illustrative case of your error.
Goal: Evaluate whether water is important for grass to grow
Measurables: water (what you vary, representing rushing efficiency), grass growth (representing winning)
Not measuring: whether the grass is exposed to sunlight (e.g. 50% of grass kept in dark box, 50% is kept outside exposed to sun light during the day) - obviously this is the extreme analogy for defensive formation etc.
Regression result - no correlation
Mistaken analysis - water does not affect grass growth (rushing efficiency does not affect winning)
Correct analysis - not sure if water affects grass growth because whether there is sunlight introduces a huge error in the statistical exercise (cannot base any conclusion on winning based on rushing efficiency because rushing efficiency introduces huge errors in the statistical exercise)