Question: Microprocessor Speed and Heat Dissipation (n = 14) Chip Microprocessor Speed (MHz) Power Dissipation (watts) 1989 Intel 80486 20 3 1993 pentium 100 10 1997

 Microprocessor Speed and Heat Dissipation (n = 14)ChipMicroprocessor Speed (MHz)Power Dissipation(watts)1989 Intel 804862031993 pentium100101997 Pentium II233351998 Intel Celeron300201999 Pentium III600421999 AMD Athlon600502000
Microprocessor Speed and Heat Dissipation (n = 14)
ChipMicroprocessor Speed (MHz)Power Dissipation (watts)
1989 Intel 80486203
1993 pentium10010
1997 Pentium II23335
1998 Intel Celeron30020
1999 Pentium III60042
1999 AMD Athlon60050
2000 Pentium 4130051
2004 Celeron D210073
2004 Pentium 43800115
2005 Pentium D3200130
2007 AMD Phenom230095
2008 Intel Core 23200136
2009 Intel Core i7290095
2009 AMD Phenom II3200125
Pentium 41300512004 Celeron D2100732004 Pentium 438001152005 Pentium D32001302007 AMD Phenom2300952008 Intel Core232001362009 Intel Core i72900952009 AMD Phenom II3200125 Choose the dependent variable (the

Choose the dependent variable (the response variable to be "explained") and the independent variable (the predictor or explanatory variable). (a-1) Dependent Variable O Speed O Power (a-2) Independent Variable O Power O Speed (b) Obtain the regression equation. (Round your answers to 4 decimal places.) Y = X +(c) Calculate R2. (Round your answer to 4 decimal places.) L:l (cl) Calculate the number of unusual residuals and number of outliers. Number of unusual residuals Number of outliers

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