Modeling Hydrologic Change: Statistical Methods - Chapter 8 pps

... 0.03491 0.046144 0. 087 28 0.133425 0.15711 0.290536 0.20947 0.500007 0.20947 0.70947 8 0.15711 0 .86 6 58 9 0. 087 28 0.95 386 10 0.03491 0. 988 7711 0.00952 0.9 982 912 0.00159 0.99 988 13 0.00012 1.00000FTnippninnTiTiTn() ... 4 7 8 8 5 4 1 2 3 6 7 7 6 3 2 1 4 5 8 9 8 7 4 3 1 2 5 6 9 9 6 5 2 1 3 4 7 8 10 9 8 5 4 1 2 3 6 7 10 10 7 6 3 2 1 4 5 8 911 11 8 7 4 3 1 2 5 6 9 10 10 9 6 5 2 1 3 4 7 8 11L1600_Frame_C 08. fm ... 8 b35 10 12 45 14 1616 3b4266 83 61012461417b17 3 4 27 7 8 37 11 13 47 15 17 18 3 5 28 7 9 38 11 13 48 15 18 b19 4 5 29 8 b93912b14b49 16b 18 50 16 18 a For the upper tail critical...

Modeling Hydrologic Change: Statistical Methods - Chapter 2 ppsx

... 0.7 28 0 .86 7 −0.0 381 5 −0.6 78 0.251 0.735 0 .84 5 −0.03796 −0.671 0.249 0.741 0 .82 2 −0.03767 −0.669 0.246 0.743 0.799 −0.0371 8 −0. 686 0.236 0.7 28 0. 784 −0.03699 −0.731 0.217 0. 683 0. 788 −0.0 382 L1600_Frame_C02 ... 19.93, 17.12, 16.93, 12 .86 , 17.61, 16.11, 15.24,19.12}. Y = {324, 288 , 2 78, 288 , 271, 257, 229, 2 18, 257, 3 68, 336, 3 28, 288 , 2 68, 299, 320, 344, 292, 212, 177, 177, 1 58, 151, 142, 131, 122,151, ... −0.0194 0.9 989 2 0.9 98 0.0243 0.0 68 −0.0 385 0.99593 0.995 0.0356 0.101 −0.0575 0.99194 0.991 0.0465 0.134 −0.0765 0. 987 05 0. 986 0.05 68 0.166 −0.0953 0. 981 06 0. 980 0.0666 0.1 98 −0.1136 0.97367...

Modeling Hydrologic Change: Statistical Methods - Chapter 6 pps

... Discharge Record 654 967 583 690 957 81 4 87 1 85 9 84 3 83 7714 725 917 7 08 6 18 685 941 82 2 88 3 766 82 7 693 660 902 672 612 742 703 731637 81 0 981 646 992 734 565 6 78 962 L1600_Frame_C06 Page 115 ... 6 682 003 .85 46 440 19 5946006.73 83 192 11 59 480 06 .82 85 400 24 66 180 06.92 70 5 48 35 5905006. 98 66 1100 18 661600 8. 50 70 350 42 59000010.4 66 974 25 661000 18. 5 60 3010 21 66105024.0 82 282 0 ... example of a moving-average ﬁltered series for annual-maximum peakdischarges and associated event rainfall.4.05 5.04 3 .89 3 .88 5.40 3.61 3. 78 4.42 4.233. 48 3.44 3 .88 3. 48 3. 48 1 .81 6.26 4.46 2.472.59...

Modeling Hydrologic Change: Statistical Methods - Chapter 11 pps

... 1201954 70 1 .84 5 16 0.435 1 .89 9 791955 96 1. 982 17 0.741 1 .85 8 721956 66 1 .82 0 18 −1.593 2.171 1 48 1957 64 1 .80 6 19 0.0 38 1.952 9019 58 93 1.9 68 20 0.797 1 .85 0 711959 81 1.9 08 Mean 1.9 78 98. 51960 ... 2.104 4 −1. 283 2.129 1351943 94 1.973 5 0.473 1 .89 4 78 1944 66 1 .82 0 6 −0.203 1. 984 961945 81 1.9 08 7 0.291 1.9 18 831946 79 1 .89 8 8 −1 .84 0 2.204 1601947 102 2.009 9 1.359 1.775 6019 48 176 2.246 ... 0.0433 0.66 4 0.612 0. 788 4 0 .80 5 0. 788 0 .89 95 0.77 4 0.612 0. 788 6 0.52 3 0. 389 0.6127 0.30 2 0.177 0. 389 8 0.14 1 0.043 0.1779 0.37 2 0.177 0. 389 10 0.65 4 0.612 0. 788 Column summation 26Pppp...

Modeling Hydrologic Change: Statistical Methods - Chapter 1 pdf

... Test 8. 4 Two-Sample t-Test 8. 5 Mann–Whitney Test 8. 5.1 Rational Analysis of the Mann–Whitney Test 8. 6 The t-Test for Two Related Samples 8. 7 The Walsh Test 8. 8 Wilcoxon Matched-Pairs, Signed-Ranks ... Test 8. 8.1 Ties 8. 9 One-Sample Chi-Square Test 8. 10 Two-Sample F-Test 8. 11 Siegel–Tukey Test for Scale 8. 12 Problems Chapter 9 Detection of Change in Distribution9.1 Introduction9.2 Chi-Square ... 1941 Modeling hydrologic change: statistical methods / Richard H. McCuen.p. cm.Includes bibliographical references and index.ISBN 1-5 667 0-6 0 0-9 1. Hydrologic models. 2. Hydrologic Statistical methods. ...

Modeling Hydrologic Change: Statistical Methods - Chapter 3 pdf

... 1.147 1.257 2 .82 9 1.113 0 .88 20.955 0.752 1.325 0 .88 0 1.777 0.627 0.231 1.462 3.305 0.7663.042 0.024 0.514 0. 484 0.445 1.493 0.2 48 2.033 3.233 1.0022. 280 1.402 0.276 1.745 0.945 1.3 18 0.613 0.442 ... test. 3-1 1 Develop one-tailed upper, one-tailed lower, and two-tailed hypotheses related to the hydrologic effects of afforestation. 3-1 2 Develop one-tailed upper, one-tailed lower, and two-tailed ... exact.3.5 PROBLEMS 3-1 What are the characteristics of a null hypothesis and an alternative hypoth-esis? 3-2 Why is it necessary to state the null hypothesis as a finding of no signif-icant difference...

Modeling Hydrologic Change: Statistical Methods - Chapter 5 doc

... 3.905256 28 0.4746 80 40 3.90525629 0.4915 7 780 3 .89 0 980 30 0.5 085 7600 3 .88 081 431 0.5254 7420 3 .87 040432 0.5424 7 380 3 .86 805633 0.5593 7190 3 .85 672934 0.5763 7190 3 .85 672935 0.5932 7130 3 .85 309036 ... 1 680 1.506 1 .85 5 2069.4 25 0.51021935 21 1370 1.5 28 1 .89 0 1694 .8 34 0.69391936 22 1 181 1. 581 1.943 1451.4 36 0.73471937 23 2400 1.4 48 1.713 283 8.1 8 0.163319 38 25 1720 1.5 68 1 .83 8 2016.7 28 ... 19 0. 487 1953 982 0 3.9921 5 0.1 28 1954 6200 3.7924 15 0. 385 1955 10700 4.0294 4 0.1031956 388 0 3. 588 8 31 0.7951957 3420 3.5340 33 0 .84 619 58 3240 3.5105 34 0 .87 21959 680 0 3 .83 25 11 0. 282 1960...

Modeling Hydrologic Change: Statistical Methods - Chapter 7 pot

... 1957–1 988 Symbol No. of ++++ Symbols Cumulative Probability1 280 795 − 980 1760 + 20 0.9449079741 80 6 + 21 0.9749 488 1630 1190 − 22 0. 989 9692 82 9 952 + 23 0.99649 98 903 1670 + 24 0.9 989 488 4 18 824 ... Y0.63 0.71 0.470 .83 1.47 3.39 Y2.31 1.24 1. 98 1.03 0.55 0.49 Y0.30 0. 48 0.90 Y2. 18 6.94 4 .86 2. 78 1.73 2.651.14 0.91 0 .86 Y1.31 0 .83 1.351.51 8. 96 2 .82 2. 48 1.55 1.03 Y0 .88 0.67 0.51 Y0.50 ... 4 18 3 0.00 51 13 0.00 82 23 15.75 486 4 0.00 53 14 8. 51 88 24 12.92 5065 4.49 57 15 13.01 109 25 13.01 5346 10.43 60 16 18. 61 174 26 10.30 5307 9.16 79 17 16.63 250 27 10.72 488 8 9.63 98 18...

Modeling Hydrologic Change: Statistical Methods - Chapter 9 pot

... 0.7 083 0.727 0.7663 0.0 580 18 3 .81 75 1 18 0.7500 0.736 0.7692 0.019219 3 .83 1 19 0.7917 0. 781 0. 782 6 0.009120 3 .85 1 20 0 .83 33 0 .85 3 0 .80 31 0.030221 3 .88 1 21 0 .87 50 0.960 0 .83 15 0.043522 3.90 ... 0. 285 3 .80 2 6337 2 0.0704 2.6752 25/ 38 −0.15790.6000 0.356 3 .82 2 6635 0 0.0296 1.12 48 25/ 38 −0. 087 50.7000 0.596 3 .88 9 7747 4 0.1000 3 .80 00 29/ 38 −0.06320 .80 00 0 .85 7 3.962 91 68 4 0.1000 3 .80 00 ... 0.1000 3 .80 00 10/ 38 −0.06320.4000 −0.139 3. 683 482 0 8 0.1000 3 .80 00 18/ 38 −0.17390.4296 −0.061 3.705 50 68 1 0.0296 1.12 48 19/ 38 −0.10000.5000 0.116 3.755 5 682 4 0.0704 2.6752 23/ 38 −0.17570.5704...

Modeling Hydrologic Change: Statistical Methods - Chapter 13 (end) docx

... 0 .81 59 0 .81 86 0 .82 12 0 .82 38 0 .82 64 0 .82 89 0 .83 15 0 .83 40 0 .83 65 0 .83 891.0 0 .84 13 0 .84 38 0 .84 61 0 .84 85 0 .85 08 0 .85 31 0 .85 54 0 .85 77 0 .85 99 0 .86 211.1 0 .86 43 0 .86 65 0 .86 86 0 .87 08 0 .87 29 0 .87 49 0 .87 70 ... 0. 981 72.1 0. 982 1 0. 982 6 0. 983 0 0. 983 4 0. 983 8 0. 984 2 0. 984 6 0. 985 0 0. 985 4 0. 985 72.2 0. 986 1 0. 986 4 0. 986 8 0. 987 1 0. 987 5 0. 987 8 0. 988 1 0. 988 4 0. 988 7 0. 989 02.3 0. 989 3 0. 989 6 0. 989 8 0.9901 0.9904 0.9906 ... 0 .86 86 0 .87 08 0 .87 29 0 .87 49 0 .87 70 0 .87 90 0 .88 10 0 .88 301.2 0 .88 49 0 .88 69 0 .88 88 0 .89 07 0 .89 25 0 .89 44 0 .89 62 0 .89 80 0 .89 97 0.90151.3 0.9032 0.9049 0.9066 0.9 082 0.9099 0.9115 0.9131 0.9147 0.9162...

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