Computer and Biometric Services Unit International Center for Agricultural Research in the Dry Areas (ICARDA) P.O. Box 5466, Aleppo, Syria Online BioComputing Service ......... Date(D/M/Y) : 30 / 3 / 2008 Time : 11 hr 13 min Summary of the analysis of the data from similar trials conducted in UnReplicated designs with No Blocking (URNB) .......................................................................................................................................... 1. Trials and parameters of the designs ................................................... No. of similar trials = 2 Variables analyzed : gybr , phbr .................................................................................... 2. Trial-wise summary ------------------------------------------------------------------------------------ ****** Genotypic variability and significance, and experimental error variability ***** Trial Genotypes Plots Variable Heritability SE-Heritability 1.000 132.0 148.0 gybr 0.6097 0.1338 a) Genotypes effects assumed fixed (case of BLUE- Best Linear Unbiased Estimation) Prob>Chi-square(Geno) DF(Geno) Sigma2(Residual) (+/-)SE DF(Residual) 0 131.0 14295 5054 15.00 b) Genotypes effects assumed random (case of BLUP- Best Linear Unbiased Prediction) Sigma2(Geno) (+/-)SE Sigma2(Residual) (+/-)SE DF(Residual) 20271 5679 12978 4271 145.0 .................................................................................... ***** Predicted means and standard errors ***** Genotype BLUE BLUESEm BLUP BLUPSEm 1 837.0 119.6 886 89.17 2 708.0 119.6 808 89.17 3 1120.0 119.6 1059 89.17 4 941.0 119.6 950 89.17 5 832.0 119.6 883 89.17 6 969.0 119.6 967 89.17 7 1049.1 30.9 1046 28.81 8 685.0 119.6 794 89.17 9 559.0 69.0 630 59.77 10 933.0 119.6 945 89.17 11 408.0 119.6 625 89.17 12 680.0 119.6 791 89.17 13 975.0 119.6 970 89.17 14 1029.0 119.6 1003 89.17 15 943.0 119.6 951 89.17 16 1139.0 119.6 1070 89.17 17 769.0 119.6 845 89.17 18 855.0 119.6 897 89.17 19 753.0 119.6 835 89.17 20 765.0 119.6 842 89.17 21 841.0 119.6 889 89.17 22 836.0 119.6 886 89.17 23 812.0 119.6 871 89.17 24 915.0 119.6 934 89.17 25 788.0 119.6 856 89.17 26 953.0 119.6 957 89.17 27 1012.0 119.6 993 89.17 28 837.0 119.6 886 89.17 29 893.0 119.6 921 89.17 30 907.0 119.6 929 89.17 31 876.0 119.6 910 89.17 32 809.0 119.6 869 89.17 33 871.0 119.6 907 89.17 34 991.0 119.6 980 89.17 35 868.0 119.6 905 89.17 36 831.0 119.6 883 89.17 37 1069.0 119.6 1028 89.17 38 1167.0 119.6 1088 89.17 39 979.0 119.6 973 89.17 40 1089.0 119.6 1040 89.17 41 927.0 119.6 941 89.17 42 1209.0 119.6 1113 89.17 43 1076.0 119.6 1032 89.17 44 829.0 119.6 881 89.17 45 701.0 119.6 803 89.17 46 776.0 119.6 849 89.17 47 652.0 119.6 774 89.17 48 827.0 119.6 880 89.17 49 655.0 119.6 775 89.17 50 821.0 119.6 877 89.17 51 661.0 119.6 779 89.17 52 889.0 119.6 918 89.17 53 567.0 119.6 722 89.17 54 895.0 119.6 922 89.17 55 725.0 119.6 818 89.17 56 1131.0 119.6 1066 89.17 57 905.0 119.6 928 89.17 58 1307.0 119.6 1173 89.17 59 819.0 119.6 875 89.17 60 925.0 119.6 940 89.17 61 1017.0 119.6 996 89.17 62 923.0 119.6 939 89.17 63 939.0 119.6 949 89.17 64 936.0 119.6 947 89.17 65 915.0 119.6 934 89.17 66 1200.0 119.6 1108 89.17 67 788.0 119.6 856 89.17 68 705.0 119.6 806 89.17 69 948.0 119.6 954 89.17 70 859.0 119.6 900 89.17 71 1347.0 119.6 1197 89.17 72 1312.0 119.6 1176 89.17 73 1291.0 119.6 1163 89.17 74 1195.0 119.6 1105 89.17 75 1041.0 119.6 1011 89.17 76 1096.0 119.6 1044 89.17 77 881.0 119.6 913 89.17 78 956.0 119.6 959 89.17 79 1251.0 119.6 1139 89.17 80 771.0 119.6 846 89.17 81 984.0 119.6 976 89.17 82 901.0 119.6 925 89.17 83 716.0 119.6 813 89.17 84 877.0 119.6 911 89.17 85 909.0 119.6 930 89.17 86 916.0 119.6 935 89.17 87 1159.0 119.6 1083 89.17 88 892.0 119.6 920 89.17 89 1095.0 119.6 1044 89.17 90 1243.0 119.6 1134 89.17 91 1189.0 119.6 1101 89.17 92 1027.0 119.6 1002 89.17 93 605.0 119.6 745 89.17 94 711.0 119.6 810 89.17 95 896.0 119.6 922 89.17 96 1023.0 119.6 1000 89.17 97 1032.0 119.6 1005 89.17 98 920.0 119.6 937 89.17 99 1053.0 119.6 1018 89.17 100 951.0 119.6 956 89.17 101 968.0 119.6 966 89.17 102 976.0 119.6 971 89.17 103 1107.0 119.6 1051 89.17 104 1204.0 119.6 1110 89.17 105 1148.0 119.6 1076 89.17 106 1279.0 119.6 1156 89.17 107 1153.0 119.6 1079 89.17 108 1053.0 119.6 1018 89.17 109 1113.0 119.6 1055 89.17 110 1081.0 119.6 1035 89.17 111 1043.0 119.6 1012 89.17 112 1029.0 119.6 1003 89.17 113 1029.0 119.6 1003 89.17 114 1053.0 119.6 1018 89.17 115 1239.0 119.6 1131 89.17 116 1148.0 119.6 1076 89.17 117 1089.0 119.6 1040 89.17 118 1037.0 119.6 1008 89.17 119 1199.0 119.6 1107 89.17 120 1331.0 119.6 1188 89.17 121 839.0 119.6 888 89.17 122 1109.0 119.6 1052 89.17 123 1044.0 119.6 1013 89.17 124 1141.0 119.6 1072 89.17 125 1012.0 119.6 993 89.17 126 1141.0 119.6 1072 89.17 127 1145.0 119.6 1074 89.17 128 1215.0 119.6 1117 89.17 129 1020.0 119.6 998 89.17 130 1003.0 119.6 988 89.17 131 1097.0 119.6 1045 89.17 132 1164.0 119.6 1086 89.17 Average SE(mean) = 118.5 88.49 Average SE(diff.) = 167.9 125.0 Median SE(diff.) = 169.1 125.8 Minimum SE(diff.) = 75.62 66.33 Maximum SE(diff.) = 169.1 125.8 CV% = 12.37 11.78 .................................................................................... ****** Genotypic variability and significance, and experimental error variability ***** Trial Genotypes Plots Variable Heritability SE-Heritability 1.000 132.0 148.0 phbr 0.8558 0.05386 a) Genotypes effects assumed fixed (case of BLUE- Best Linear Unbiased Estimation) Prob>Chi-square(Geno) DF(Geno) Sigma2(Residual) (+/-)SE DF(Residual) 0 131.0 14.90 5.268 15.00 b) Genotypes effects assumed random (case of BLUP- Best Linear Unbiased Prediction) Sigma2(Geno) (+/-)SE Sigma2(Residual) (+/-)SE DF(Residual) 88.52 13.77 14.91 5.270 145.0 .................................................................................... ***** Predicted means and standard errors ***** Genotype BLUE BLUESEm BLUP BLUPSEm 1 35.00 3.860 35 3.575 2 33.00 3.860 34 3.575 3 39.00 3.860 39 3.575 4 35.00 3.860 35 3.575 5 24.00 3.860 26 3.575 6 35.00 3.860 35 3.575 7 36.20 0.997 36 0.992 8 29.00 3.860 30 3.575 9 23.00 2.229 24 2.170 10 31.00 3.860 32 3.575 11 40.00 3.860 40 3.575 12 25.00 3.860 27 3.575 13 19.00 3.860 22 3.575 14 40.00 3.860 40 3.575 15 38.00 3.860 38 3.575 16 45.00 3.860 44 3.575 17 35.00 3.860 35 3.575 18 24.00 3.860 26 3.575 19 24.00 3.860 26 3.575 20 33.00 3.860 34 3.575 21 35.00 3.860 35 3.575 22 25.00 3.860 27 3.575 23 28.00 3.860 29 3.575 24 20.00 3.860 23 3.575 25 30.00 3.860 31 3.575 26 28.00 3.860 29 3.575 27 21.00 3.860 23 3.575 28 23.00 3.860 25 3.575 29 33.00 3.860 34 3.575 30 38.00 3.860 38 3.575 31 40.00 3.860 40 3.575 32 30.00 3.860 31 3.575 33 40.00 3.860 40 3.575 34 45.00 3.860 44 3.575 35 38.00 3.860 38 3.575 36 30.00 3.860 31 3.575 37 27.00 3.860 29 3.575 38 28.00 3.860 29 3.575 39 35.00 3.860 35 3.575 40 37.00 3.860 37 3.575 41 43.00 3.860 42 3.575 42 37.00 3.860 37 3.575 43 29.00 3.860 30 3.575 44 27.00 3.860 29 3.575 45 24.00 3.860 26 3.575 46 29.00 3.860 30 3.575 47 22.00 3.860 24 3.575 48 34.00 3.860 35 3.575 49 30.00 3.860 31 3.575 50 34.00 3.860 35 3.575 51 28.00 3.860 29 3.575 52 34.00 3.860 35 3.575 53 26.00 3.860 28 3.575 54 39.00 3.860 39 3.575 55 24.00 3.860 26 3.575 56 39.00 3.860 39 3.575 57 32.00 3.860 33 3.575 58 23.00 3.860 25 3.575 59 35.00 3.860 35 3.575 60 35.00 3.860 35 3.575 61 35.00 3.860 35 3.575 62 35.00 3.860 35 3.575 63 32.00 3.860 33 3.575 64 33.00 3.860 34 3.575 65 31.00 3.860 32 3.575 66 34.00 3.860 35 3.575 67 30.00 3.860 31 3.575 68 29.00 3.860 30 3.575 69 37.00 3.860 37 3.575 70 40.00 3.860 40 3.575 71 41.00 3.860 41 3.575 72 35.00 3.860 35 3.575 73 40.00 3.860 40 3.575 74 32.00 3.860 33 3.575 75 35.00 3.860 35 3.575 76 35.00 3.860 35 3.575 77 33.00 3.860 34 3.575 78 30.00 3.860 31 3.575 79 37.00 3.860 37 3.575 80 32.00 3.860 33 3.575 81 34.00 3.860 35 3.575 82 63.00 3.860 59 3.575 83 50.00 3.860 48 3.575 84 64.00 3.860 60 3.575 85 30.00 3.860 31 3.575 86 54.00 3.860 52 3.575 87 50.00 3.860 48 3.575 88 55.00 3.860 52 3.575 89 29.00 3.860 30 3.575 90 30.00 3.860 31 3.575 91 34.00 3.860 35 3.575 92 36.00 3.860 36 3.575 93 54.00 3.860 52 3.575 94 60.00 3.860 57 3.575 95 45.00 3.860 44 3.575 96 37.00 3.860 37 3.575 97 40.00 3.860 40 3.575 98 47.00 3.860 46 3.575 99 46.00 3.860 45 3.575 100 45.00 3.860 44 3.575 101 60.00 3.860 57 3.575 102 30.00 3.860 31 3.575 103 31.00 3.860 32 3.575 104 36.00 3.860 36 3.575 105 48.00 3.860 47 3.575 106 49.00 3.860 47 3.575 107 47.00 3.860 46 3.575 108 45.00 3.860 44 3.575 109 53.00 3.860 51 3.575 110 52.00 3.860 50 3.575 111 68.00 3.860 64 3.575 112 53.00 3.860 51 3.575 113 48.00 3.860 47 3.575 114 42.00 3.860 41 3.575 115 57.00 3.860 54 3.575 116 48.00 3.860 47 3.575 117 50.00 3.860 48 3.575 118 40.00 3.860 40 3.575 119 40.00 3.860 40 3.575 120 38.00 3.860 38 3.575 121 50.00 3.860 48 3.575 122 50.00 3.860 48 3.575 123 57.00 3.860 54 3.575 124 45.00 3.860 44 3.575 125 48.00 3.860 47 3.575 126 44.00 3.860 43 3.575 127 58.00 3.860 55 3.575 128 53.00 3.860 51 3.575 129 41.00 3.860 41 3.575 130 33.00 3.860 34 3.575 131 34.00 3.860 35 3.575 132 35.00 3.860 35 3.575 Average SE(mean) = 3.826 3.544 Average SE(diff.) = 5.421 5.018 Median SE(diff.) = 5.459 5.052 Minimum SE(diff.) = 2.441 2.386 Maximum SE(diff.) = 5.459 5.052 CV% = 10.34 10.35 .................................................................................... ------------------------------------------------------------------------------------ ****** Genotypic variability and significance, and experimental error variability ***** Trial Genotypes Plots Variable Heritability SE-Heritability 2.000 132.0 148.0 gybr 0.6097 0.1338 a) Genotypes effects assumed fixed (case of BLUE- Best Linear Unbiased Estimation) Prob>Chi-square(Geno) DF(Geno) Sigma2(Residual) (+/-)SE DF(Residual) 0 131.0 14295 5054 15.00 b) Genotypes effects assumed random (case of BLUP- Best Linear Unbiased Prediction) Sigma2(Geno) (+/-)SE Sigma2(Residual) (+/-)SE DF(Residual) 20271 5679 12978 4271 145.0 .................................................................................... ***** Predicted means and standard errors ***** Genotype BLUE BLUESEm BLUP BLUPSEm 1 837.0 119.6 886 89.17 2 708.0 119.6 808 89.17 3 1120.0 119.6 1059 89.17 4 941.0 119.6 950 89.17 5 832.0 119.6 883 89.17 6 969.0 119.6 967 89.17 7 1049.1 30.9 1046 28.81 8 685.0 119.6 794 89.17 9 559.0 69.0 630 59.77 10 933.0 119.6 945 89.17 11 408.0 119.6 625 89.17 12 680.0 119.6 791 89.17 13 975.0 119.6 970 89.17 14 1029.0 119.6 1003 89.17 15 943.0 119.6 951 89.17 16 1139.0 119.6 1070 89.17 17 769.0 119.6 845 89.17 18 855.0 119.6 897 89.17 19 753.0 119.6 835 89.17 20 765.0 119.6 842 89.17 21 841.0 119.6 889 89.17 22 836.0 119.6 886 89.17 23 812.0 119.6 871 89.17 24 915.0 119.6 934 89.17 25 788.0 119.6 856 89.17 26 953.0 119.6 957 89.17 27 1012.0 119.6 993 89.17 28 837.0 119.6 886 89.17 29 893.0 119.6 921 89.17 30 907.0 119.6 929 89.17 31 876.0 119.6 910 89.17 32 809.0 119.6 869 89.17 33 871.0 119.6 907 89.17 34 991.0 119.6 980 89.17 35 868.0 119.6 905 89.17 36 831.0 119.6 883 89.17 37 1069.0 119.6 1028 89.17 38 1167.0 119.6 1088 89.17 39 979.0 119.6 973 89.17 40 1089.0 119.6 1040 89.17 41 927.0 119.6 941 89.17 42 1209.0 119.6 1113 89.17 43 1076.0 119.6 1032 89.17 44 829.0 119.6 881 89.17 45 701.0 119.6 803 89.17 46 776.0 119.6 849 89.17 47 652.0 119.6 774 89.17 48 827.0 119.6 880 89.17 49 655.0 119.6 775 89.17 50 821.0 119.6 877 89.17 51 661.0 119.6 779 89.17 52 889.0 119.6 918 89.17 53 567.0 119.6 722 89.17 54 895.0 119.6 922 89.17 55 725.0 119.6 818 89.17 56 1131.0 119.6 1066 89.17 57 905.0 119.6 928 89.17 58 1307.0 119.6 1173 89.17 59 819.0 119.6 875 89.17 60 925.0 119.6 940 89.17 61 1017.0 119.6 996 89.17 62 923.0 119.6 939 89.17 63 939.0 119.6 949 89.17 64 936.0 119.6 947 89.17 65 915.0 119.6 934 89.17 66 1200.0 119.6 1108 89.17 67 788.0 119.6 856 89.17 68 705.0 119.6 806 89.17 69 948.0 119.6 954 89.17 70 859.0 119.6 900 89.17 71 1347.0 119.6 1197 89.17 72 1312.0 119.6 1176 89.17 73 1291.0 119.6 1163 89.17 74 1195.0 119.6 1105 89.17 75 1041.0 119.6 1011 89.17 76 1096.0 119.6 1044 89.17 77 881.0 119.6 913 89.17 78 956.0 119.6 959 89.17 79 1251.0 119.6 1139 89.17 80 771.0 119.6 846 89.17 81 984.0 119.6 976 89.17 82 901.0 119.6 925 89.17 83 716.0 119.6 813 89.17 84 877.0 119.6 911 89.17 85 909.0 119.6 930 89.17 86 916.0 119.6 935 89.17 87 1159.0 119.6 1083 89.17 88 892.0 119.6 920 89.17 89 1095.0 119.6 1044 89.17 90 1243.0 119.6 1134 89.17 91 1189.0 119.6 1101 89.17 92 1027.0 119.6 1002 89.17 93 605.0 119.6 745 89.17 94 711.0 119.6 810 89.17 95 896.0 119.6 922 89.17 96 1023.0 119.6 1000 89.17 97 1032.0 119.6 1005 89.17 98 920.0 119.6 937 89.17 99 1053.0 119.6 1018 89.17 100 951.0 119.6 956 89.17 101 968.0 119.6 966 89.17 102 976.0 119.6 971 89.17 103 1107.0 119.6 1051 89.17 104 1204.0 119.6 1110 89.17 105 1148.0 119.6 1076 89.17 106 1279.0 119.6 1156 89.17 107 1153.0 119.6 1079 89.17 108 1053.0 119.6 1018 89.17 109 1113.0 119.6 1055 89.17 110 1081.0 119.6 1035 89.17 111 1043.0 119.6 1012 89.17 112 1029.0 119.6 1003 89.17 113 1029.0 119.6 1003 89.17 114 1053.0 119.6 1018 89.17 115 1239.0 119.6 1131 89.17 116 1148.0 119.6 1076 89.17 117 1089.0 119.6 1040 89.17 118 1037.0 119.6 1008 89.17 119 1199.0 119.6 1107 89.17 120 1331.0 119.6 1188 89.17 121 839.0 119.6 888 89.17 122 1109.0 119.6 1052 89.17 123 1044.0 119.6 1013 89.17 124 1141.0 119.6 1072 89.17 125 1012.0 119.6 993 89.17 126 1141.0 119.6 1072 89.17 127 1145.0 119.6 1074 89.17 128 1215.0 119.6 1117 89.17 129 1020.0 119.6 998 89.17 130 1003.0 119.6 988 89.17 131 1097.0 119.6 1045 89.17 132 1164.0 119.6 1086 89.17 Average SE(mean) = 118.5 88.49 Average SE(diff.) = 167.9 125.0 Median SE(diff.) = 169.1 125.8 Minimum SE(diff.) = 75.62 66.33 Maximum SE(diff.) = 169.1 125.8 CV% = 12.37 11.78 .................................................................................... ****** Genotypic variability and significance, and experimental error variability ***** Trial Genotypes Plots Variable Heritability SE-Heritability 2.000 132.0 148.0 phbr 0.8558 0.05386 a) Genotypes effects assumed fixed (case of BLUE- Best Linear Unbiased Estimation) Prob>Chi-square(Geno) DF(Geno) Sigma2(Residual) (+/-)SE DF(Residual) 0 131.0 14.90 5.268 15.00 b) Genotypes effects assumed random (case of BLUP- Best Linear Unbiased Prediction) Sigma2(Geno) (+/-)SE Sigma2(Residual) (+/-)SE DF(Residual) 88.52 13.77 14.91 5.270 145.0 .................................................................................... ***** Predicted means and standard errors ***** Genotype BLUE BLUESEm BLUP BLUPSEm 1 35.00 3.860 35 3.575 2 33.00 3.860 34 3.575 3 39.00 3.860 39 3.575 4 35.00 3.860 35 3.575 5 24.00 3.860 26 3.575 6 35.00 3.860 35 3.575 7 36.20 0.997 36 0.992 8 29.00 3.860 30 3.575 9 23.00 2.229 24 2.170 10 31.00 3.860 32 3.575 11 40.00 3.860 40 3.575 12 25.00 3.860 27 3.575 13 19.00 3.860 22 3.575 14 40.00 3.860 40 3.575 15 38.00 3.860 38 3.575 16 45.00 3.860 44 3.575 17 35.00 3.860 35 3.575 18 24.00 3.860 26 3.575 19 24.00 3.860 26 3.575 20 33.00 3.860 34 3.575 21 35.00 3.860 35 3.575 22 25.00 3.860 27 3.575 23 28.00 3.860 29 3.575 24 20.00 3.860 23 3.575 25 30.00 3.860 31 3.575 26 28.00 3.860 29 3.575 27 21.00 3.860 23 3.575 28 23.00 3.860 25 3.575 29 33.00 3.860 34 3.575 30 38.00 3.860 38 3.575 31 40.00 3.860 40 3.575 32 30.00 3.860 31 3.575 33 40.00 3.860 40 3.575 34 45.00 3.860 44 3.575 35 38.00 3.860 38 3.575 36 30.00 3.860 31 3.575 37 27.00 3.860 29 3.575 38 28.00 3.860 29 3.575 39 35.00 3.860 35 3.575 40 37.00 3.860 37 3.575 41 43.00 3.860 42 3.575 42 37.00 3.860 37 3.575 43 29.00 3.860 30 3.575 44 27.00 3.860 29 3.575 45 24.00 3.860 26 3.575 46 29.00 3.860 30 3.575 47 22.00 3.860 24 3.575 48 34.00 3.860 35 3.575 49 30.00 3.860 31 3.575 50 34.00 3.860 35 3.575 51 28.00 3.860 29 3.575 52 34.00 3.860 35 3.575 53 26.00 3.860 28 3.575 54 39.00 3.860 39 3.575 55 24.00 3.860 26 3.575 56 39.00 3.860 39 3.575 57 32.00 3.860 33 3.575 58 23.00 3.860 25 3.575 59 35.00 3.860 35 3.575 60 35.00 3.860 35 3.575 61 35.00 3.860 35 3.575 62 35.00 3.860 35 3.575 63 32.00 3.860 33 3.575 64 33.00 3.860 34 3.575 65 31.00 3.860 32 3.575 66 34.00 3.860 35 3.575 67 30.00 3.860 31 3.575 68 29.00 3.860 30 3.575 69 37.00 3.860 37 3.575 70 40.00 3.860 40 3.575 71 41.00 3.860 41 3.575 72 35.00 3.860 35 3.575 73 40.00 3.860 40 3.575 74 32.00 3.860 33 3.575 75 35.00 3.860 35 3.575 76 35.00 3.860 35 3.575 77 33.00 3.860 34 3.575 78 30.00 3.860 31 3.575 79 37.00 3.860 37 3.575 80 32.00 3.860 33 3.575 81 34.00 3.860 35 3.575 82 63.00 3.860 59 3.575 83 50.00 3.860 48 3.575 84 64.00 3.860 60 3.575 85 30.00 3.860 31 3.575 86 54.00 3.860 52 3.575 87 50.00 3.860 48 3.575 88 55.00 3.860 52 3.575 89 29.00 3.860 30 3.575 90 30.00 3.860 31 3.575 91 34.00 3.860 35 3.575 92 36.00 3.860 36 3.575 93 54.00 3.860 52 3.575 94 60.00 3.860 57 3.575 95 45.00 3.860 44 3.575 96 37.00 3.860 37 3.575 97 40.00 3.860 40 3.575 98 47.00 3.860 46 3.575 99 46.00 3.860 45 3.575 100 45.00 3.860 44 3.575 101 60.00 3.860 57 3.575 102 30.00 3.860 31 3.575 103 31.00 3.860 32 3.575 104 36.00 3.860 36 3.575 105 48.00 3.860 47 3.575 106 49.00 3.860 47 3.575 107 47.00 3.860 46 3.575 108 45.00 3.860 44 3.575 109 53.00 3.860 51 3.575 110 52.00 3.860 50 3.575 111 68.00 3.860 64 3.575 112 53.00 3.860 51 3.575 113 48.00 3.860 47 3.575 114 42.00 3.860 41 3.575 115 57.00 3.860 54 3.575 116 48.00 3.860 47 3.575 117 50.00 3.860 48 3.575 118 40.00 3.860 40 3.575 119 40.00 3.860 40 3.575 120 38.00 3.860 38 3.575 121 50.00 3.860 48 3.575 122 50.00 3.860 48 3.575 123 57.00 3.860 54 3.575 124 45.00 3.860 44 3.575 125 48.00 3.860 47 3.575 126 44.00 3.860 43 3.575 127 58.00 3.860 55 3.575 128 53.00 3.860 51 3.575 129 41.00 3.860 41 3.575 130 33.00 3.860 34 3.575 131 34.00 3.860 35 3.575 132 35.00 3.860 35 3.575 Average SE(mean) = 3.826 3.544 Average SE(diff.) = 5.421 5.018 Median SE(diff.) = 5.459 5.052 Minimum SE(diff.) = 2.441 2.386 Maximum SE(diff.) = 5.459 5.052 CV% = 10.34 10.35 ....................................................................................