sol2 - kt frol* t k ~\ y p ~ t k ; s l h ; ' t d ~ 4 g t ....

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kt frol* tk~ l\yp~tk;s Pi ^- h \ &5kk /-- ;'t d~4gt .tcrIc~ *he A;&;+ (or 5a.j. .PI -?I )
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2.26(c) SSR is a larger component of SSTO. RA2 is large. No obvious trend of residuals. residuals plot against X time r - #< 'Y decentralize fitted values against X time
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3.6(a) Residuals are balanced around zero. Box Plot (b) Residuals fluctuate around zero and very small in scale compared to that of fitted values.() P 0; residuals against fitted values fitted (c) The points of the plot fluctuate around the imaginary line y=x, so residuals are reasonably normal. r= 0.992 (correlation coefficient )
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H-o: normal H-a: not normal From table 8.6 we know critical value=0.941 (n=16, alpha=0.05)
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This note was uploaded on 09/28/2011 for the course STA STA 108 taught by Professor Jiang during the Summer '09 term at UC Davis.

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sol2 - kt frol* t k ~\ y p ~ t k ; s l h ; ' t d ~ 4 g t ....

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