LAMPIRAN OUTPUT REGRESI UNTUK JAWABAN PERTANYAAN 1. Variables Entered/Removeda Model 1 Variables Variables Entered Removed Method . Enter LnX2, LnX1b a. Dependent Variable: Y b. All requested variables entered. Coefficientsa Standardized Unstandardized Coefficients Model 1 B Std. Error (Constant) 11815,732 942,780 LnX1 1,174 ,302 LnX2 -458,600 96,902 Coefficients Collinearity Statistics Beta t Sig. Tolerance VIF 12,533 ,000 ,541 3,893 ,001 ,995 1,005 -,658 -4,733 ,000 ,995 1,005 a. Dependent Variable: Y Coefficient Correlationsa Model 1 Correlations Covariances LnX2 LnX1 LnX2 1,000 -,073 LnX1 -,073 1,000 LnX2 9390,036 -2,143 LnX1 -2,143 ,091 a. Dependent Variable: Y Collinearity Diagnosticsa Variance Proportions Model Dimension Eigenvalue Condition Index (Constant) LnX1 LnX2 1 1 2,841 1,000 ,01 ,02 ,01 2 ,116 4,957 ,01 ,73 ,34 3 ,044 8,058 ,98 ,25 ,65 a. Dependent Variable: Y Residuals Statisticsa Minimum Maximum Mean Std. Deviation N Predicted Value 8016,778 13034,696 10703,840 1484,0537 20 Std. Predicted Value -1,811 1,571 ,000 1,000 20 Standard Error of Predicted 280,322 647,323 415,966 80,209 20 Adjusted Predicted Value 7736,670 12935,076 10685,912 1494,5366 20 Residual -1793,3076 1803,7500 ,0000 1033,7067 20 Std. Residual -1,641 1,651 ,000 ,946 20 Stud. Residual -1,745 1,786 ,007 1,017 20 Deleted Residual -2027,7838 2150,1348 17,9284 1195,4996 20 Stud. Deleted Residual -1,868 1,923 ,013 1,060 20 Mahal. Distance ,300 5,716 1,900 1,166 20 Cook's Distance ,000 ,227 ,052 ,063 20 Centered Leverage Value ,016 ,301 ,100 ,061 20 Value a. Dependent Variable: Y