anova sawi

8/13/2019 Anova Sawi

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The SAS System

Obs day syst rep subrep l c h firm ta ssc ph aa chla chlb totchl nra nitrate nitrite

1 0 0 1 1 45.55 16.390 128.39 10.80 0.0640 3.78 6.07 112.5 1.434 0.632 16.1781 0.069 1622.0 1.746

2 0 0 1 2 45.27 16.180 128.75 10.38 0.0630 3.78 6.11 102.5 1.604 0.525 15.6461 0.063 1624.0 1.294

3 0 0 1 3 45.55 18.480 127.48 6.68 0.0620 4.28 6.05 95.0 1.687 0.713 18.6216 0.055 1624.0 0.848

4 0 0 1 4 45.61 16.480 128.84 12.48 0.0610 3.28 6.08 120.0 2.500 0.770 23.7360 0.720 1644.0 1.276

5 0 0 1 5 43.95 14.720 130.73 9.76 0.0640 3.78 6.12 107.5 1.247 0.529 13.7912 0.008 1612.0 0.900

6 0 0 2 1 47.81 20.260 125.76 6.76 0.0650 3.28 6.36 125.0 0.819 0.203 7.1127 0.050 1548.0 1.704

7 0 0 2 2 46.06 18.180 127.62 4.26 0.0580 2.78 6.32 142.5 0.871 0.237 7.8485 0.031 1632.0 1.332

8 0 0 2 3 45.06 18.810 127.17 12.38 0.0570 3.28 6.29 115.0 0.907 0.295 8.8221 0.028 1564.0 1.564

9 0 0 2 4 42.25 15.350 128.80 6.75 0.0640 3.28 6.37 132.5 0.828 0.319 8.7229 0.037 1532.0 1.624

10 0 0 2 5 43.76 16.330 127.61 13.45 0.0590 3.28 6.35 135.0 0.818 0.311 8.5617 0.012 1532.0 0.780

11 0 0 3 1 45.36 18.950 127.90 7.12 0.0600 2.78 6.38 132.5 1.706 0.753 19.2618 0.018 2240.0 1.200

12 0 0 3 2 45.29 16.370 128.65 9.46 0.0610 2.78 6.41 142.5 1.513 0.726 17.8663 0.015 2240.0 1.726

13 0 0 3 3 44.19 17.570 129.45 6.82 0.0640 3.28 6.37 122.5 1.584 0.743 18.4749 0.012 2260.0 1.322

14 0 0 3 4 45.48 17.070 130.31 9.44 0.0620 2.78 6.34 137.5 1.676 0.706 18.4685 0.021 2240.0 1.262

15 0 0 3 5 47.26 18.420 126.92 7.50 0.0610 2.78 6.40 130.0 1.493 0.702 17.4362 0.014 2260.0 1.388

16 0 0 4 1 45.77 16.790 127.97 11.66 0.0630 3.28 6.41 90.0 1.254 0.499 13.4246 0.066 1682.0 1.928

17 0 0 4 2 41.81 13.340 132.82 5.70 0.0640 3.78 6.42 105.0 1.181 0.484 12.8323 0.060 1680.0 2.020

18 0 0 4 3 43.35 16.880 128.84 9.77 0.0560 2.78 6.37 82.5 1.158 0.483 12.6958 0.071 1676.0 1.186

19 0 0 4 4 44.86 15.840 131.25 10.07 0.0620 3.28 6.45 117.5 1.386 0.578 15.1942 0.069 1712.0 2.240

20 0 0 4 5 46.91 19.880 125.69 11.38 0.0710 3.28 6.41 127.5 1.501 0.533 15.2031 0.063 1682.0 0.676

21 0 0 5 1 43.24 15.570 129.93 4.62 0.0740 3.78 6.37 137.5 1.503 0.609 16.2372 0.016 1690.0 4.240

22 0 0 5 2 45.00 17.150 129.06 7.61 0.0620 3.28 6.33 107.5 1.376 0.595 15.3697 0.024 1704.0 1.458

23 0 0 5 3 43.66 15.630 130.63 8.45 0.0630 3.78 6.36 90.0 1.488 0.587 15.8608 0.019 1678.0 1.700

24 0 0 5 4 44.47 17.300 129.56 12.53 0.0620 3.78 6.39 120.0 1.406 0.603 15.6378 0.014 1686.0 1.434

25 0 0 5 5 43.10 15.580 130.25 7.19 0.0640 4.28 6.32 147.5 1.492 0.662 16.8922 0.021 1694.0 1.888

26 0 1 1 1 37.29 21.520 132.51 3.01 0.0590 4.28 6.00 112.5 1.294 0.475 13.3153 0.074 272.0 0.352

27 0 1 1 2 42.14 23.770 130.56 4.76 0.0560 4.28 5.98 80.0 0.822 0.300 8.4350 0.054 254.0 0.968

28 0 1 1 3 40.74 26.240 129.81 8.06 0.0640 3.78 6.05 90.0 0.817 0.278 8.1120 0.062 382.0 0.139

29 0 1 1 4 44.16 28.330 128.08 9.00 0.0620 4.28 6.03 87.5 0.719 0.275 7.5476 0.068 198.2 0.129

30 0 1 1 5 42.04 24.900 129.60 10.11 0.0630 4.28 6.03 120.0 0.978 0.358 10.0501 0.075 208.0 0.030

31 0 1 2 1 40.98 22.930 131.54 5.09 0.0620 3.78 6.05 122.5 0.836 0.212 7.3247 0.031 358.0 0.356

32 0 1 2 2 41.36 28.390 127.58 7.11 0.0640 3.28 6.02 127.5 1.012 0.386 10.6090 0.024 398.0 0.702

33 0 1 2 3 40.55 22.090 131.42 8.05 0.0650 3.78 6.04 132.5 0.909 0.360 9.7081 0.025 330.0 0.015

34 0 1 2 4 38.94 21.580 131.74 10.34 0.0680 3.78 6.05 135.0 0.919 0.372 9.9232 0.013 232.0 0.036

35 0 1 2 5 40.14 23.310 131.58 11.17 0.0710 3.78 6.07 122.5 0.891 0.273 8.4403 0.027 356.0 0.244

36 0 1 3 1 40.51 22.740 131.74 6.40 0.0610 4.28 6.15 90.0 1.112 0.411 11.4803 0.054 336.0 0.129

37 0 1 3 2 39.58 23.610 131.01 7.81 0.0580 4.28 6.11 120.0 1.015 0.399 10.8001 0.062 202.0 1.036

38 0 1 3 3 39.25 21.580 132.50 9.08 0.0590 4.28 6.09 117.5 0.785 0.260 7.6985 0.061 320.0 0.023

39 0 1 3 4 40.11 24.100 130.72 11.27 0.0610 3.78 6.14 102.5 1.126 0.395 11.3397 0.043 332.0 0.131

40 0 1 3 5 38.07 22.570 130.19 14.94 0.0600 4.28 6.17 107.5 1.060 0.408 11.1619 0.058 314.0 0.096

41 0 1 4 1 43.22 23.540 130.32 4.10 0.0650 4.28 6.19 95.0 1.145 0.486 12.6667 0.089 326.0 0.926

42 0 1 4 2 41.87 24.440 130.92 5.83 0.0640 4.78 6.21 105.0 1.398 0.553 14.9217 0.072 302.0 1.090

43 0 1 4 3 41.11 24.440 129.39 7.27 0.0610 4.28 6.20 117.5 1.296 0.485 13.4606 0.076 306.0 1.012

Page 1 of 76SAS Output

12/2/2013file://C:\Users\user\AppData\Local\Temp\SAS Temporary Files\_TD5544_PCAZIMAH_\...


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44 0 1 4 4 40.72 24.950 129.05 9.11 0.0630 4.28 6.18 115.0 1.263 0.541 14.0383 0.084 326.0 1.748

45 0 1 4 5 39.91 25.790 129.73 12.03 0.0570 4.28 6.17 132.5 1.276 0.539 14.0809 0.067 308.0 1.060

46 0 1 5 1 43.13 23.440 131.05 5.93 0.0590 4.28 6.02 127.5 1.269 0.515 13.7203 0.021 332.0 0.998

47 0 1 5 2 40.80 24.980 129.99 6.34 0.0650 4.28 6.04 120.0 0.852 0.233 7.6931 0.034 392.0 1.048

48 0 1 5 3 42.72 26.120 129.32 8.27 0.0710 4.28 6.00 115.0 1.216 0.489 13.0867 0.035 318.0 0.486

49 0 1 5 4 40.48 23.770 129.93 10.73 0.0640 4.28 6.01 112.5 0.826 0.210 7.2443 0.025 206.0 1.006

50 0 1 5 5 39.58 23.770 131.47 11.34 0.0630 4.28 6.05 97.5 1.205 0.501 13.1895 0.026 226.0 0.35051 3 0 1 1 43.92 19.230 127.94 8.21 0.0620 3.28 6.29 110.0 0.968 0.604 13.3094 0.308 1712.0 54.200

52 3 0 1 2 43.64 16.540 128.06 11.05 0.0660 3.28 6.31 112.5 1.021 0.590 13.4043 0.259 1718.0 132.800

53 3 0 1 3 42.90 15.430 130.10 10.19 0.0630 3.78 6.38 97.5 1.109 0.608 14.1172 0.279 1716.0 117.800

54 3 0 1 4 42.09 15.130 132.10 13.15 0.0610 3.28 6.27 107.5 0.630 0.418 8.9975 0.241 1714.0 58.600

55 3 0 1 5 41.54 15.890 128.91 6.65 0.0600 3.28 6.25 115.0 0.642 0.410 8.9539 0.242 1688.0 121.600

56 3 0 2 1 44.24 18.870 124.80 8.85 0.0550 2.78 6.30 117.5 0.733 0.257 7.3800 0.046 1772.0 18.320

57 3 0 2 2 40.37 16.730 127.81 6.81 0.0690 2.78 6.35 127.5 0.818 0.253 7.7806 0.163 1744.0 68.800

58 3 0 2 3 41.40 17.390 128.72 5.80 0.0710 3.28 6.31 110.0 0.887 0.325 9.1192 0.184 1754.0 25.800

59 3 0 2 4 43.95 18.300 128.27 6.59 0.0640 2.78 6.27 122.5 0.471 0.312 6.7199 0.179 1754.0 32.800

60 3 0 2 5 46.05 20.260 126.56 4.62 0.0650 2.78 6.32 127.5 0.466 0.299 6.5181 0.211 1756.0 162.200

61 3 0 3 1 40.17 15.440 130.53 5.90 0.0610 3.28 6.34 120.0 0.705 0.263 7.3111 0.230 2680.0 154.800

62 3 0 3 2 43.99 18.490 127.67 8.98 0.1280 3.28 6.27 137.5 0.742 0.261 7.4820 0.139 2660.0 108.600

63 3 0 3 3 41.68 17.920 129.20 7.82 0.0640 3.28 6.36 127.5 0.729 0.290 7.8031 0.107 2640.0 69.000

64 3 0 3 4 44.97 18.630 127.06 8.88 0.0960 3.78 6.25 142.5 0.807 0.282 8.1124 0.131 2620.0 162.000

65 3 0 3 5 45.00 20.320 128.17 7.12 0.0640 3.28 6.34 122.5 0.619 0.287 7.1745 0.158 2620.0 51.000

66 3 0 4 1 42.77 17.120 131.05 8.53 0.0630 3.28 6.54 105.0 0.713 0.457 9.9664 0.190 2160.0 105.200

67 3 0 4 2 43.15 18.110 128.95 8.57 0.0680 3.78 6.57 117.5 0.720 0.458 10.0173 0.189 2160.0 39.200

68 3 0 4 3 43.66 17.530 128.01 5.64 0.0610 3.28 6.48 107.5 0.642 0.429 9.2098 0.195 2140.0 124.200

69 3 0 4 4 47.42 22.160 124.87 6.74 0.0620 3.28 6.49 112.5 0.849 0.443 10.5051 0.095 2100.0 95.200

70 3 0 4 5 46.84 19.820 126.44 7.47 0.0600 2.78 6.56 122.5 0.835 0.432 10.2821 0.090 2100.0 78.800

71 3 0 5 1 42.87 18.080 127.87 4.54 0.0640 2.78 6.42 130.0 0.804 0.285 8.1367 0.072 1934.0 99.600

72 3 0 5 2 44.55 18.550 128.93 7.28 0.0650 2.28 6.40 135.0 0.803 0.288 8.1718 0.167 1924.0 49.000

73 3 0 5 3 43.29 17.640 128.24 7.11 0.0640 2.78 6.38 102.5 0.713 0.278 7.5559 0.172 1902.0 56.000

74 3 0 5 4 40.81 14.730 131.12 8.49 0.0680 2.78 6.45 127.5 0.771 0.258 7.5967 0.173 1936.0 28.000

75 3 0 5 5 43.63 16.990 130.13 6.63 0.0670 2.78 6.41 110.0 0.756 0.451 10.1155 0.151 1974.0 43.000

76 3 1 1 1 42.40 23.530 131.34 4.28 0.0960 3.78 6.32 85.0 1.156 0.450 12.2407 0.321 30.8 1.056

77 3 1 1 2 43.52 25.040 130.86 4.22 0.0960 3.78 6.35 112.5 1.067 0.466 11.9804 0.326 30.6 0.962

78 3 1 1 3 43.49 24.870 129.36 7.25 0.1280 3.78 6.27 115.0 1.037 0.451 11.6180 0.229 30.4 0.408

79 3 1 1 4 41.66 23.880 131.54 8.37 0.0640 3.78 6.38 110.0 1.096 0.430 11.6506 0.289 31.2 0.354

80 3 1 1 5 42.57 25.320 129.95 9.46 0.0960 3.28 6.30 105.0 1.077 0.456 11.8992 0.276 30.6 0.814

81 3 1 2 1 40.26 23.260 130.38 5.11 0.0640 3.28 6.37 102.5 1.118 0.448 12.0106 0.115 93.2 1.18282 3 1 2 2 40.69 24.230 129.22 6.89 0.0960 2.78 6.29 97.5 1.168 0.447 12.2645 0.169 94.8 1.036

83 3 1 2 3 42.42 24.270 130.57 7.77 0.0640 3.28 6.35 92.5 1.233 0.455 12.7198 0.147 96.0 0.194

84 3 1 2 4 38.73 20.700 132.66 8.64 0.0660 3.28 6.42 95.0 1.204 0.450 12.4974 0.149 94.0 0.634

85 3 1 2 5 40.55 22.750 131.44 10.25 0.0640 3.78 6.34 127.5 1.124 0.429 11.7869 0.142 93.6 1.118

86 3 1 3 1 44.93 27.510 128.65 6.10 0.0610 2.78 6.45 112.5 0.785 0.204 6.9443 0.189 142.8 1.228

87 3 1 3 2 41.66 23.930 131.39 7.25 0.0650 2.78 6.38 122.5 0.844 0.229 7.5965 0.194 141.8 1.184

88 3 1 3 3 40.75 22.950 132.45 8.87 0.0540 2.28 6.41 105.0 1.068 0.445 11.7029 0.205 140.2 0.706

89 3 1 3 4 42.60 24.670 131.40 10.57 0.0530 3.28 6.48 107.5 1.115 0.424 11.6714 0.209 140.8 0.648




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3 1 3 5 42.40 24.190 131.25 11.26 0.0610 2.78 6.49 115.0 0.952 0.423 10.7864 0.211 141.8 0.318

91 3 1 4 1 40.42 23.130 131.83 3.25 0.0650 3.78 6.56 127.5 1.346 0.582 15.0342 0.316 38.6 1.184

92 3 1 4 2 41.19 21.780 132.05 4.68 0.0640 2.78 6.59 127.5 1.364 0.596 15.3190 0.324 38.4 0.089

93 3 1 4 3 41.24 20.830 133.91 7.19 0.0620 3.78 6.61 135.0 1.308 0.617 15.3024 0.359 38.6 1.284

94 3 1 4 4 40.45 22.450 131.51 8.14 0.0610 3.78 6.52 122.5 1.306 0.612 15.2243 0.288 38.4 0.534

95 3 1 4 5 43.52 29.010 127.83 10.56 0.0590 3.28 6.51 115.0 1.352 0.587 15.1336 0.297 38.6 0.300

96 3 1 5 1 42.18 22.920 131.65 5.11 0.1280 3.78 6.26 92.5 1.212 0.652 15.2604 0.152 199.4 5.24097 3 1 5 2 43.25 24.310 131.55 6.58 0.0960 3.78 6.29 97.5 0.958 0.648 13.8485 0.132 193.6 0.496

98 3 1 5 3 42.02 26.650 129.93 8.46 0.0950 4.28 6.21 95.0 0.964 0.539 12.4127 0.194 192.4 0.540

99 3 1 5 4 41.70 24.040 131.60 9.34 0.0930 3.78 6.28 105.0 0.824 0.597 12.4453 0.126 191.6 1.152

100 3 1 5 5 41.69 23.460 131.62 10.67 0.1280 3.78 6.24 100.0 1.046 0.657 14.4402 0.119 187.6 0.842

101 6 0 1 1 43.40 14.770 128.89 16.67 0.0640 2.78 6.59 107.5 0.918 0.454 11.0221 0.354 924.0 191.200

102 6 0 1 2 46.98 18.150 126.05 7.20 0.0620 2.28 6.47 122.5 0.898 0.483 11.3057 0.268 952.0 166.600

103 6 0 1 3 45.74 16.420 129.86 7.50 0.0610 2.78 6.42 102.5 0.877 0.428 10.4528 0.304 966.0 214.000

104 6 0 1 4 44.72 14.560 128.63 7.13 0.0620 3.28 6.62 97.5 0.821 0.504 11.1768 0.285 944.0 175.000

105 6 0 1 5 47.15 21.300 124.73 8.25 0.0660 2.28 6.52 117.5 0.655 0.441 9.4409 0.211 932.0 34.400

106 6 0 2 1 45.87 19.930 124.98 7.97 0.0610 2.78 6.47 102.5 0.536 0.365 7.7811 0.247 896.0 154.000

107 6 0 2 2 46.65 18.750 126.33 8.55 0.0640 2.78 6.56 112.5 0.524 0.382 7.9459 0.216 892.0 164.800

108 6 0 2 3 45.76 18.560 126.60 6.34 0.0650 3.28 6.51 97.5 0.578 0.374 8.1269 0.203 908.0 202.000

109 6 0 2 4 47.46 17.010 126.86 7.33 0.0680 2.78 6.53 92.5 0.549 0.394 8.2412 0.275 896.0 71.800

110 6 0 2 5 47.84 19.590 124.86 3.79 0.0670 2.78 6.59 120.0 0.635 0.456 9.5359 0.235 904.0 650.000

111 6 0 3 1 47.32 19.450 125.37 8.57 0.0600 3.28 6.37 112.5 0.589 0.413 8.7109 0.219 872.0 250.000

112 6 0 3 2 47.94 20.950 126.98 7.55 0.0650 2.78 6.44 130.0 0.689 0.409 9.1917 0.238 864.0 34.600

113 6 0 3 3 49.11 20.720 123.78 4.92 0.0640 3.28 6.48 127.5 0.687 0.395 8.9925 0.217 882.0 252.000

114 6 0 3 4 45.96 17.390 127.27 10.54 0.0680 2.78 6.34 147.5 0.534 0.386 8.0533 0.195 870.0 165.400

115 6 0 3 5 43.95 16.620 128.13 5.63 0.0620 3.28 6.50 117.5 0.547 0.394 8.2305 0.193 870.0 186.400

116 6 0 4 1 48.81 22.580 122.66 7.49 0.0610 2.28 6.55 110.0 0.727 0.442 9.8393 0.226 774.0 232.000

117 6 0 4 2 51.97 24.440 120.53 8.18 0.0640 2.78 6.47 127.5 0.764 0.414 9.6601 0.213 754.0 197.000

118 6 0 4 3 50.32 23.000 122.28 4.72 0.0630 3.28 6.58 117.5 0.667 0.416 9.1684 0.234 746.0 141.600

119 6 0 4 4 45.66 16.560 127.72 11.13 0.0620 3.28 6.61 115.0 0.749 0.423 9.7011 0.157 756.0 82.800

120 6 0 4 5 41.14 13.800 130.30 8.83 0.0640 3.28 6.46 105.0 0.789 0.419 9.8611 0.115 746.0 196.200

121 6 0 5 1 41.72 13.320 129.48 12.01 0.0670 3.78 6.49 105.0 0.781 0.317 8.4447 0.119 866.0 252.000

122 6 0 5 2 40.98 12.970 129.60 8.03 0.0690 3.78 6.52 145.0 0.689 0.264 7.2391 0.194 850.0 230.000

123 6 0 5 3 42.14 14.940 126.00 6.52 0.0640 3.28 6.44 127.5 0.659 0.326 7.9136 0.219 846.0 232.000

124 6 0 5 4 44.17 17.660 126.49 6.31 0.0710 3.28 6.32 135.0 0.731 0.257 7.3693 0.231 836.0 142.600

125 6 0 5 5 43.83 16.270 127.26 5.60 0.0610 3.28 6.47 97.5 0.861 0.314 8.8320 0.192 858.0 132.000

126 6 1 1 1 46.44 26.870 127.66 4.16 0.0960 3.78 6.29 112.5 0.927 0.432 10.7740 0.356 110.2 2.520

127 6 1 1 2 45.89 23.090 129.60 5.23 0.0960 3.78 6.25 107.5 0.958 0.438 11.0205 0.386 115.2 0.572128 6 1 1 3 44.10 20.990 131.68 7.11 0.1088 3.28 6.23 97.5 0.966 0.325 9.5415 0.398 110.2 0.262

129 6 1 1 4 43.89 19.110 132.22 8.31 0.1280 2.78 6.15 92.5 0.852 0.338 9.1071 0.379 108.4 0.712

130 6 1 1 5 45.18 23.730 127.77 7.64 0.0960 3.28 6.24 127.5 0.853 0.346 9.2202 0.299 103.2 0.654

131 6 1 2 1 45.80 23.040 129.61 4.23 0.0630 3.28 6.35 107.5 0.824 0.366 9.3345 0.215 117.0 0.712

132 6 1 2 2 50.14 29.330 127.84 5.49 0.0640 3.28 6.32 115.0 0.877 0.319 8.9849 0.211 197.8 0.868

133 6 1 2 3 45.26 21.880 129.99 6.13 0.0620 3.28 6.29 120.0 0.756 0.376 9.1055 0.213 144.4 0.624

134 6 1 2 4 45.37 22.970 128.77 7.91 0.0650 2.78 6.34 122.5 0.869 0.384 9.8175 0.231 154.8 0.848

135 6 1 2 5 46.85 23.850 129.78 9.92 0.0690 2.28 6.45 117.5 0.957 0.382 10.2610 0.205 155.4 0.712




4/76

6 1 3 1 48.26 22.560 127.65 5.37 0.0580 3.28 6.34 102.5 0.777 0.319 8.4502 0.199 128.8 0.694

137 6 1 3 2 49.21 23.470 129.34 6.55 0.0640 2.78 6.33 105.0 0.756 0.231 7.1529 0.216 131.0 0.608

138 6 1 3 3 47.62 23.680 130.25 7.35 0.1280 2.78 6.16 110.0 0.957 0.396 10.4496 0.218 127.8 0.740

139 6 1 3 4 48.11 22.470 131.54 9.28 0.0640 2.78 6.31 137.5 0.931 0.379 10.0816 0.204 118.0 0.684

140 6 1 3 5 46.82 23.140 129.41 8.34 0.0960 2.78 6.25 127.5 0.854 0.248 7.9058 0.223 121.8 0.694

141 6 1 4 1 46.44 23.330 128.66 4.21 0.1280 2.78 6.21 72.5 0.824 0.287 8.2706 0.368 144.4 0.790

142 6 1 4 2 47.79 25.980 128.56 4.34 0.0640 3.78 6.41 92.5 0.867 0.296 8.6217 0.359 147.6 0.624143 6 1 4 3 44.16 21.180 130.70 6.25 0.0640 3.78 6.39 90.0 0.837 0.231 7.5860 0.357 145.4 0.914

144 6 1 4 4 45.10 19.940 132.06 7.88 0.0630 3.78 6.34 102.5 0.829 0.211 7.2739 0.389 147.4 0.528

145 6 1 4 5 44.96 21.760 130.51 9.16 0.0640 3.28 6.35 115.0 0.822 0.268 8.0040 0.378 146.4 0.672

146 6 1 5 1 45.11 22.130 130.62 5.46 0.0670 3.78 6.23 122.5 0.734 0.239 7.1430 0.254 170.8 0.774

147 6 1 5 2 48.10 26.370 128.46 5.24 0.1280 2.78 6.19 112.5 0.737 0.377 9.0174 0.244 171.4 0.584

148 6 1 5 3 44.51 22.310 130.47 7.67 0.0960 3.28 6.24 110.0 0.761 0.287 7.9337 0.268 151.6 0.642

149 6 1 5 4 46.07 22.310 129.84 8.26 0.0960 2.78 6.21 85.0 0.681 0.312 7.8427 0.214 171.6 0.608

150 6 1 5 5 43.40 20.660 131.03 7.32 0.0960 3.28 6.22 95.0 0.951 0.346 9.7441 0.209 167.0 0.542

151 9 0 1 1 52.37 13.940 127.73 11.52 0.0960 3.78 6.20 122.5 0.882 0.474 11.0990 0.339 94.4 133.000

152 9 0 1 2 53.61 14.430 128.68 6.58 0.0960 3.78 6.21 105.0 0.892 0.463 11.0043 0.275 94.0 189.800

153 9 0 1 3 54.34 17.260 125.54 5.32 0.0640 3.28 6.25 117.5 0.722 0.404 9.3008 0.338 94.0 173.200

154 9 0 1 4 52.89 15.510 124.90 5.89 0.0640 3.78 6.15 107.5 0.864 0.464 10.8681 0.283 96.4 145.600

155 9 0 1 5 50.25 12.710 128.77 5.78 0.1280 4.28 6.19 112.5 0.897 0.458 10.9637 0.334 96.8 151.800

156 9 0 2 1 51.34 14.700 126.80 6.47 0.0960 3.78 6.26 127.5 0.619 0.354 8.0768 0.311 76.8 320.000

157 9 0 2 2 53.86 18.790 124.60 7.41 0.0960 3.78 6.25 110.0 0.634 0.354 8.1570 0.314 77.2 320.000

158 9 0 2 3 52.32 14.900 125.39 6.11 0.0640 3.28 6.22 107.5 0.613 0.353 8.0312 0.280 77.2 342.000

159 9 0 2 4 55.50 22.110 121.81 6.47 0.0640 3.28 6.18 122.5 0.735 0.409 9.4377 0.317 78.2 322.000

160 9 0 2 5 61.28 25.920 119.98 4.04 0.0640 3.78 6.28 102.5 0.739 0.405 9.4052 0.282 77.6 330.000

161 9 0 3 1 52.49 16.620 125.85 6.24 0.0960 2.78 6.25 115.0 0.688 0.392 8.9574 0.236 139.8 300.000

162 9 0 3 2 58.78 24.300 118.78 5.48 0.0960 2.78 6.26 85.0 0.703 0.387 8.9703 0.235 139.8 276.000

163 9 0 3 3 59.34 23.930 122.56 3.16 0.0640 2.78 6.27 127.5 0.716 0.379 8.9321 0.237 140.2 266.000

164 9 0 3 4 52.62 16.680 125.79 8.24 0.0640 2.78 6.29 102.5 0.575 0.333 7.5587 0.242 137.2 260.000

165 9 0 3 5 53.01 18.390 125.81 4.68 0.0640 2.78 6.17 122.5 0.580 0.335 7.6124 0.238 139.0 278.000

166 9 0 4 1 58.62 23.390 122.72 6.59 0.1280 3.28 6.37 130.0 0.766 0.424 9.8054 0.272 71.4 282.000

167 9 0 4 2 49.46 13.680 127.50 7.18 0.0640 2.78 6.32 135.0 0.788 0.406 9.6806 0.268 71.0 308.000

168 9 0 4 3 55.34 18.530 126.24 3.58 0.0640 3.28 6.35 102.5 0.764 0.412 9.6331 0.274 70.6 232.000

169 9 0 4 4 55.85 19.060 126.05 7.25 0.0960 3.28 6.26 95.0 0.712 0.394 9.1127 0.191 73.0 256.000

170 9 0 4 5 54.66 18.900 124.66 5.55 0.0640 3.28 6.38 92.5 0.705 0.378 8.8598 0.188 69.2 46.600

171 9 0 5 1 56.91 21.120 124.29 8.47 0.0640 3.78 6.20 105.0 0.606 0.297 7.2397 0.241 108.8 152.600

172 9 0 5 2 51.13 13.980 127.05 5.23 0.0640 3.78 6.21 120.0 0.462 0.248 5.8099 0.246 107.6 142.200

173 9 0 5 3 50.71 12.800 128.06 4.16 0.1600 3.78 6.14 117.5 0.594 0.300 7.2159 0.259 112.0 178.600174 9 0 5 4 54.54 18.670 125.17 5.28 0.1280 3.78 6.18 132.5 0.450 0.255 5.8400 0.257 110.8 190.400

175 9 0 5 5 54.60 19.320 124.30 4.12 0.0960 3.78 6.24 90.0 0.583 0.295 7.0898 0.254 107.6 202.200

176 9 1 1 1 49.22 25.990 129.88 4.09 0.0960 2.78 6.24 117.5 0.724 0.255 7.3050 0.389 74.6 10.260

177 9 1 1 2 48.23 22.310 128.65 4.11 0.1088 2.78 6.23 110.0 0.653 0.318 7.7738 0.318 38.6 10.300

178 9 1 1 3 46.28 21.106 131.45 6.29 0.1600 3.28 6.15 95.0 0.665 0.247 6.8818 0.402 54.6 10.360

179 9 1 1 4 49.21 19.226 130.24 7.23 0.1088 3.28 6.21 92.5 0.648 0.241 6.7101 0.394 72.8 10.160

180 9 1 1 5 46.18 23.846 130.84 5.14 0.1280 3.28 6.22 97.5 0.623 0.219 6.2802 0.322 67.6 10.160

181 9 1 2 1 52.15 19.360 132.65 4.13 0.0640 3.78 6.27 105.0 0.649 0.157 5.5843 0.298 61.4 10.520




5/76

9 1 2 2 53.14 25.430 130.88 5.17 0.0640 4.28 6.29 102.5 0.628 0.287 7.2226 0.269 42.2 10.200

183 9 1 2 3 49.36 19.470 129.46 5.66 0.0640 3.28 6.28 115.0 0.637 0.261 6.9206 0.246 48.8 10.540

184 9 1 2 4 52.16 22.854 129.84 6.35 0.0960 2.78 6.22 127.5 0.626 0.291 7.2658 0.255 59.0 10.020

185 9 1 2 5 52.78 23.734 127.24 7.25 0.0640 3.28 6.25 145.0 0.723 0.284 7.6902 0.273 39.8 10.360

186 9 1 3 1 51.16 22.444 128.45 4.55 0.0640 2.78 6.31 137.5 0.687 0.267 7.2688 0.286 57.6 10.060

187 9 1 3 2 51.23 23.354 129.56 5.89 0.0640 2.78 6.26 122.5 0.691 0.243 6.9669 0.295 35.4 10.260

188 9 1 3 3 49.67 23.564 128.55 7.35 0.1280 3.28 6.14 120.0 0.697 0.216 6.6354 0.246 32.2 10.240189 9 1 3 4 49.12 22.354 130.61 5.46 0.1600 3.78 6.12 107.5 0.638 0.227 6.4681 0.261 42.4 10.400

190 9 1 3 5 47.26 23.024 130.28 6.37 0.1088 2.78 6.21 115.0 0.683 0.219 6.6010 0.284 46.2 10.440

191 9 1 4 1 48.57 19.450 128.24 4.47 0.0960 2.78 6.23 112.5 0.629 0.264 6.9183 0.377 48.8 10.400

192 9 1 4 2 51.26 21.100 130.97 3.84 0.0640 3.28 6.27 105.0 0.611 0.174 5.6100 0.382 52.0 10.440

193 9 1 4 3 47.69 21.296 129.65 4.86 0.0640 3.28 6.28 97.5 0.597 0.172 5.5082 0.396 49.8 10.360

194 9 1 4 4 46.16 20.056 127.65 5.19 0.1280 3.28 6.19 122.5 0.761 0.184 6.5467 0.397 51.8 10.480

195 9 1 4 5 48.23 21.876 128.46 8.47 0.0960 2.78 6.20 95.0 0.638 0.167 5.6601 0.383 50.8 10.460

196 9 1 5 1 46.24 22.246 129.33 4.23 0.0960 3.78 6.18 92.5 0.427 0.188 4.8148 0.266 55.2 10.600

197 9 1 5 2 49.21 26.486 130.44 5.13 0.1280 3.28 6.17 105.0 0.455 0.219 5.3819 0.259 55.8 10.300

198 9 1 5 3 45.23 19.430 130.19 5.34 0.0960 3.28 6.22 105.0 0.462 0.211 5.3116 0.243 56.0 10.340

199 9 1 5 4 48.23 22.426 129.87 6.24 0.1280 3.78 6.19 110.0 0.543 0.197 5.5562 0.257 52.0 10.420

200 9 1 5 5 47.66 20.776 127.35 6.15 0.0960 3.78 6.24 115.0 0.725 0.194 6.4889 0.233 53.4 9.920




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The ANOVA Procedure

The SAS System

Class Level Information

Class Levels Values

syst 2 0 1

day 4 0 3 6 9

rep 5 1 2 3 4 5

Number of Observations Read 200

Number of Observations Used 200




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The ANOVA Procedure

Dependent Variable: l

The SAS System

Source DF Sum of Squares Mean Square F Value Pr > F

Model 11 3285.954366 298.723124 72.02 F

syst 1 343.298605 343.298605 82.77


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The ANOVA Procedure

Dependent Variable: c

The SAS System


Model 11 1718.995186 156.272290 27.78 F

syst 1 1589.171789 1589.171789 282.54


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The ANOVA Procedure

Dependent Variable: h

The SAS System


Model 11 741.372941 67.397540 22.32 F

syst 1 449.6400720 449.6400720 148.90


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The ANOVA Procedure

Dependent Variable: firm

The SAS System


Model 11 241.848407 21.986219 4.59 F

syst 1 16.2507005 16.2507005 3.40 0.0670

day 3 203.6026095 67.8675365 14.18


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The ANOVA Procedure

Dependent Variable: ta

The SAS System


Model 11 0.04094194 0.00372199 10.78 F

syst 1 0.00640938 0.00640938 18.57


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The ANOVA Procedure

Dependent Variable: ssc

The SAS System


Model 11 26.11625000 2.37420455 15.61 F

syst 1 3.51125000 3.51125000 23.08


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The ANOVA Procedure

Dependent Variable: ph

The SAS System


Model 11 3.22795600 0.29345055 60.00 F

syst 1 0.62496200 0.62496200 127.79


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The ANOVA Procedure

Dependent Variable: aa

The SAS System


Model 11 7528.53125 684.41193 3.60 0.0001

Error 188 35726.18750 190.03291

Corrected Total 199 43254.71875

R-Square Coeff Var Root MSE aa Mean

0.174051 12.17643 13.78524 113.2125

Source DF Anova SS Mean Square F Value Pr > F

syst 1 2096.281250 2096.281250 11.03 0.0011

day 3 545.343750 181.781250 0.96 0.4144

syst*day 3 468.593750 156.197917 0.82 0.4832

rep 4 4418.312500 1104.578125 5.81 0.0002




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The ANOVA Procedure

Dependent Variable: chla

The SAS System


Model 11 12.63880909 1.14898264 39.22 F

syst 1 0.03416498 0.03416498 1.17 0.2815

day 3 8.48244070 2.82748023 96.53


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The ANOVA Procedure

Dependent Variable: chlb

The SAS System


Model 11 1.92377620 0.17488875 19.33 F

syst 1 0.20704612 0.20704612 22.89


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The ANOVA Procedure

Dependent Variable: totchl

The SAS System


Model 11 1316.045736 119.640521 29.44 F

syst 1 26.4132299 26.4132299 6.50 0.0116

day 3 762.6934481 254.2311494 62.57


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The ANOVA Procedure

Dependent Variable: nra

The SAS System


Model 11 1.97382913 0.17943901 47.24 F

syst 1 0.05261768 0.05261768 13.85 0.0003

day 3 1.55138540 0.51712847 136.13


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The ANOVA Procedure

Dependent Variable: nitrate

The SAS System


Model 11 114761467.7 10432860.7 545.27 F

syst 1 54257152.84 54257152.84 2835.72


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The ANOVA Procedure

Dependent Variable: nitrite

The SAS System


Model 11 1602085.822 145644.166 56.24 F

syst 1 760077.8825 760077.8825 293.48


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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for l

The SAS System

Note:This test controls the Type I comparisonwise error rate, not the experimentwise error rate.

Alpha 0.05

Error Degrees of Freedom 188

Error Mean Square 4.14778

Critical Value of t 1.97266

Least Significant Difference 0.5682

Means with the same letterare not significantly different.

t Grouping Mean N syst

A 47.0793 100 0

B 44.4590 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for c

The SAS System


Alpha 0.05







A 23.3194 100 1

B 17.6817 100 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for h

The SAS System


Alpha 0.05







A 130.2244 100 1

B 127.2256 100 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for firm

The SAS System


Alpha 0.05







A 7.6220 100 0

A

A 7.0519 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for ta

The SAS System


Alpha 0.05







A 0.081382 100 1

B 0.070060 100 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for ssc

The SAS System


Alpha 0.05







A 3.50000 100 1

B 3.23500 100 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for ph

The SAS System


Alpha 0.05







A 6.355600 100 0

B 6.243800 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for aa

The SAS System


Alpha 0.05







A 116.450 100 0

B 109.975 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for chla

The SAS System


Alpha 0.05







A 0.90742 100 1

A

A 0.88128 100 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for chlb

The SAS System


Alpha 0.05







A 0.42278 100 0

B 0.35843 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for totchl

The SAS System


Alpha 0.05







A 10.4053 100 0

B 9.6785 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for nra

The SAS System


Alpha 0.05







A 0.214620 100 1

B 0.182180 100 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for nitrate

The SAS System


Alpha 0.05







A 1190.01 100 0

B 148.30 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for nitrite

The SAS System


Alpha 0.05







A 126.437 100 0

B 3.142 100 1




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for l

The SAS System


Alpha 0.05






t Grouping Mean N day

A 51.6290 50 9

B 46.0234 50 6

C 42.8004 50 0

C

C 42.6238 50 3




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for c

The SAS System


Alpha 0.05







A 20.8996 50 3

A

A 20.5284 50 0

A

A 20.5172 50 6

A

A 20.0570 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for h

The SAS System


Alpha 0.05







A 129.7490 50 3

A

A 129.6426 50 0

B 128.1132 50 6

C 127.3952 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for firm

The SAS System


Alpha 0.05







A 8.6034 50 0

B 7.6378 50 3

B

B 7.3114 50 6

C 5.7952 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for ta

The SAS System


Alpha 0.05







A 0.092288 50 9

B 0.074576 50 6

B

B 0.073400 50 3

C 0.062620 50 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for ssc

The SAS System


Alpha 0.05







A 3.76000 50 0

B 3.34000 50 9

B

B 3.27000 50 3

C 3.10000 50 6




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for ph

The SAS System


Alpha 0.05







A 6.38820 50 6

A

A 6.37960 50 3

B 6.23300 50 9

C 6.19800 50 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for aa

The SAS System


Alpha 0.05







A 115.650 50 0

A

A 113.800 50 3

A

A 111.850 50 6

A

A 111.550 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for chla

The SAS System


Alpha 0.05







A 1.20946 50 0

B 0.93354 50 3

C 0.77222 50 6

D 0.66218 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for chlb

The SAS System


Alpha 0.05







A 0.47022 50 0

B 0.43064 50 3

C 0.36006 50 6

D 0.30150 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for totchl

The SAS System


Alpha 0.05







A 12.7989 50 0

B 10.7906 50 3

C 8.9776 50 6

D 7.6007 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for nra

The SAS System


Alpha 0.05







A 0.28884 50 9

B 0.25106 50 6

C 0.19698 50 3

D 0.05672 50 0




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for nitrate

The SAS System


Alpha 0.05







A 1067.36 50 3

A

A 1031.84 50 0

B 502.23 50 6

C 75.19 50 9




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The ANOVA Procedure

The SAS System




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The ANOVA Procedure

t Tests (LSD) for nitrite

The SAS System


Alpha 0.05







A 121.12 50 9

B 95.38 50 6

C 41.60 50 3

D 1.06 50 0


anova sawi

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