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# Utah Jazz Statistics: Raw Production over Playing Time

We looked at this type of thing before. The formula is simple, we chart out a player's total points, assists, rebounds, steals and blocks (P.A.R.S.B.) over their total minutes. So, for example, if you played 8 minutes and managed 4 points, 2 rebounds, and a steal you'd get a fraction of 7 / 8. You can chart this easily by assigning how many minutes you play to the X-Axis. And you assign the combined totals for the five major statistics to the Y-Axis.Theoretically, the more efficient you are, the closer you are to the line where minutes and production are equal to one another. (Math Nerds: that line has the equation of y = x)

Last time I just put the guys out there, and called it a day. But it was hard to gauge which guys were, truly, more efficient than their peers. I did remember that if you had a line and a point, you could figure out the distance of the two using an algebraic formula. I did not, unfortunately, remember how to do it. I think the last time I had to actually do this equation Mark Eaton was still the starting center for the Jazz. Thankfully I asked Twitter. And Twitter responded mostly by making jokes. One great Jazz fan, Andy Larsen (@andyblarsen) pointed me in the right direction. Unfortunately (for me), the link he sent me was full of TL;DNR. I did find out exactly what I needed by YouTubing how to do this. Thanks to Papapodcasts for explaining how to do this in these steps: Step 1, Step 2, Step 3. Math is so much easier when you don't have to do it by hand though.

I did the first three by hand, and then recognized a distinct pattern because I was using a super easy to figure out line (y = x). I went to excel and found the distances for the remaining 11 points. I guess I cheated -- but then again, I'm not in High School, so I don't have to show all my work. (If you DO want to see the excel work you can see it here)

#### The Numbers:

 Mins PARSB PTS AST REB STL BLK Distance D.Carroll 1 4 2 0 2 0 0 2.12 A.Jefferson 1122 1112 636 75 319 29 53 7.07 J.Tinsley 98 64 19 24 12 5 4 24.04 J.Evans 112 71 31 8 21 0 11 28.99 P.Millsap 1120 1043 563 76 323 53 28 54.45 A.Burks 412 281 190 23 55 11 2 92.63 E.Kanter 529 397 181 4 184 12 16 93.34 D.Favors 704 546 287 17 189 22 31 111.72 C.J.Miles 704 507 358 40 72 27 10 139.30 J.Howard 755 486 286 40 128 26 6 190.21 D.Harris 916 598 347 162 43 38 8 224.86 E.Watson 787 421 119 160 82 41 19 258.80 G.Hayward 1013 633 361 115 104 29 24 268.70 R.Bell 679 287 201 32 42 11 1 277.19

Guys like DeMarre, Jamaal, and Jeremy don't really play that many minutes. If you move beyond them you see that our two most efficient guys are Al Jefferson and Paul Millsap. Big surprise there, right? The next most efficient guys are Alec Burks, Enes Kanter, and Derrick Favors -- is it a surprise that our lotto picks who don't play a lot do play hard when they are in? Our four least efficient guys are Devin Harris, Earl Watson, Gordon Hayward, and Raja Bell. These guys play a lot of minutes, but I think we can say that all of them, save for Watson who never shoots, or Bell who is primarily a defender, are having less than impressive seasons. The numbers, perhaps, agree.