Answered You can hire a professional tutor to get the answer.
El E (7' U ; Documentl-..oi'(i FILE HOME iNSERT DESIGN PAGE LAVDUT REFERENCES MAILINGS REVIEW VIEW ACROBAT ' . r1 . a...
Costs Sales Orders
52.54 383 4,008
71.74 445 3,806
85.07 515 5,335
63.82 399 4,269
72.52 457 4,308
68.14 456 4,068
52.46 301 3,215
70.15 485 4,827
82.58 516 5,198
74.02 503 4,719
70.67 532 4,392
54.41 355 2,934
63.05 371 3,984
72.03 329 4,447
58.65 406 3,956
79.28 494 4,569
94.14 523 5,538
59.45 444 3,428
90.67 625 5,107
92.62 591 5,691
69.72 463 4,294
53.52 387 3,683
89.99 549 5,349
66.45 417 4,185
El E (7‘ U ; Documentl-"."."oi'(iFILE HOME iNSERT DESIGN PAGE LAVDUT REFERENCES MAILINGS REVIEW VIEW ACROBAT ‘ . — r""1 . . v .a Cover Page DI \ Q3) .5 I I hi a Store Efi g Hyperlink i3 ] Header Quick Parts @SIQnature Line TI: Equation $D Blank Page - _‘- IF Bookmark ] Mater 4 WordArt' 5-5 DateBtTime 9 Symbol .|_‘ Table Picturs Onlme Shaps SmartArt Chart Screenshat flMyApns Onlme Comment A Embed’.—| Page Break . Em“: - V W ' 'ICross-referen :e 3 Page Number ' gm . —_ Drop Cap I-I Dblect ' FlashPages 7 El X _ Text Symbols Flash A\ , G httpszfrwww-googlem-u P v E c i 5 VlFin rcaiculator- Google xi I 6% it? 5%} © i As the name suggests, a variance inflation factor (VIF) quantifies how much the Forthe sake ofunderstanding, let's verify the ralculation of the VIF far the we see that the predlctors Weight and A XBSA are highly correlated (r = 0.8?5). We can ‘ Multicollinearity in R | DataScienoe+nupsfldatascienceplus.comfmulticollinearity—in-rl - ”MSep 29, 2017 - Imperfect or less than perfect multicollinearity isthe more common problem and it .. .. the partial correlation coefiicients are given by the lormula. E 99 pts 15.3.1 6-T 3; Question Help {I A mail-order catalog business maintains a centralized warehouse, Management is cunently examining the factorsthat affectwarehouse distribution costs, The dataprovided indicate the warehouse distribution costs (in thousands of dollars), the sales, X1 (in thousands of dollars). and the number of orders received. X2. for each of the past 24 months Answer parts (a) and (b) belowa Click the Icon to View the data table, .1. Determine the VIF for each independent variable in the model‘ with VIF‘ and VIFZ being the VIF terX1 and X2, respectively, \riF1 : VIFZ: (Round to three decimal places as needed.)