ANOVA Ss MES F Regression 2 Residual 1.25:09 11 625E08 156.08 14.1724979 14151212 Variable Intercept X Variable 1 X Variable 2 Coefficients 5288.567 55.62457 4286894 Standard Enro Sul 2745.219 1.9276465 1782139 316RODI 1223149 3.239918 Pue DOB0267002 0.008950436 0.007875116 Question 402 pointed Swed What is the feed cost in this regression analyse 5268.567 Question 412 points Calculate the cost formula for repection costs using the two drivers hours of Inspection and number of batches 1 US- 96 Add Question 122 points What does the indicate about the cost format you called in the question above? BI Question 43 11 point Using the forme developed above the motion cost when 300 Trespection hours and and 30 he broduced Multiple Regression (8 points) You run a regression analysis and receive the following results (8 points): The dependent variable is Total Inspection Cost. The independent variables are Hours of Inspection (X1) and Number of Batches (X2) 7 Regression Statistics Adjusted R Squared .869143 Standard Error 3761.81 ANOVA df SS MS Regression 2 1.25E+09 11 Residual 6.25E08 1.56E+08 44.1724979 14151212 Variable Intercept X Variable 1 X Variable 2 Coefficients 5288.567 55.82457 428.6894 Standard Error 2745.219 17462139 132 3149 t Stat 1.926465 3.168001 3.239918 P-value 0.080267009 0.008950436 0.007875116 Question 40 (2 points) Saved What is the fixed cost in this regression analysis? 5288.567 5288.567 Question 41 (2 points) Calculate the cost formula for inspection costs using the two drivers, hours of inspection and number of batches. Paragraph BLUE DO 30 D. Adde Record Audio Hecord Video Question 42 12 points) What does the R2 indicate about the cost formula you calculated in the question above? Paragraph B 1 U + 36 A Question 43 11 point Using the formula developed above, calculate the inspection cost when 300 Inspection hours are used and 30 batches are produced