Equation number = 1 ********************** Dependent variable = VP 11. - 22., 0 missing obs., 12 obs. used. Mean of dependent variable 49.247246128 Coef est SE T statistic Mean 141 GI ( 0) 0.817497167 0.104844183 7.79726 2.417482 145 PI ( 0) -0.397397833 0.370744797 -1.07189 -0.584086 147 ZI ( 0) 0.736250922 0.244090565 3.01630 -0.333333 5 DPER ( 0) 4.999623791 1.249798003 4.00035 0.166667 64 DUR ( 0) -2.247632238 0.908258334 -2.47466 0.270833 4 I ( 0) -3.119508052 2.212261056 -1.41010 0.166667 139 WAR ( 0) 4.711236494 2.349164099 2.00549 0.250000 3 CNST ( 0) 46.401835703 0.590827688 78.53700 1.000000 SE of equation = 1.514571846 Sum of squared residuals = 9.17571150 -0.241584530E-12 Average absolute error = 0.655947075 Sum of ABS residuals = 7.87136490 R squared = 0.98668 Durbin-Watson statistic = 1.34677 SMPL and No. Obs. = 11. 22. 12 Equation number = 1 ********************** Dependent variable = VP 11. - 37., 0 missing obs., 27 obs. used. Mean of dependent variable 49.601372548 Coef est SE T statistic Mean 141 GI ( 0) 0.707785895 0.128697270 5.49962 0.946059 145 PI ( 0) -0.605670524 0.323037398 -1.87492 -0.691166 147 ZI ( 0) 0.865461452 0.263002130 3.29070 0.074074 5 DPER ( 0) 2.107054085 1.576713954 1.33636 0.037037 64 DUR ( 0) -3.449938047 1.387138873 -2.48709 0.074074 4 I ( 0) -0.850891862 2.268016534 -0.37517 0.037037 139 WAR ( 0) 3.903427759 2.774048160 1.40712 0.111111 3 CNST ( 0) 48.224350821 0.658623176 73.21994 1.000000 SE of equation = 3.010485034 Sum of squared residuals = 172.197383 -0.781597009E-13 Average absolute error = 2.111761998 Sum of ABS residuals = 57.0175739 R squared = 0.84935 Durbin-Watson statistic = 1.56062 SMPL and No. Obs. = 11. 37. 27