<- Blue cells are equipotential boundaried
<-Orange cells are flow boundaries
<-White cells are non-boudary cells
To perform calculations, enter the upstream head value in the red cell and hit F9
The matrix below is the solution to the potenal function
10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 9.804490.192930000000000000000000000000000000
9.93113 9.93091 9.93023 9.92909 9.92748 9.92539 9.92281 9.91972 9.91609 9.91191 9.90714 9.90175 9.8957 9.88896 9.88149 9.87324 9.86416 9.8542 9.84333 9.83151 9.81872 9.80496 9.79027 9.77475 9.75857 9.742 9.72539 9.70914 9.6934 9.67723 9.65568 9.60899 0.38587 0.33977 0.31841 0.30233 0.28663 0.2704 0.25382 0.23726 0.22109 0.20559 0.19091 0.17715 0.16437 0.15255 0.14169 0.13174 0.12266 0.11441 0.10694 0.10021 0.09417 0.08878 0.08401 0.07983 0.0762 0.07311 0.07052 0.06844 0.06683 0.06569 0.06501 0.06478
9.86274 9.8623 9.86094 9.85867 9.85547 9.85131 9.84616 9.83999 9.83277 9.82442 9.81491 9.80417 9.79212 9.77869 9.76379 9.74733 9.72921 9.70934 9.68764 9.66402 9.63843 9.61086 9.58139 9.55018 9.51756 9.48405 9.45045 9.41779 9.38724 9.35989 9.33651 9.32014 0.67103 0.65482 0.63157 0.6043 0.57381 0.54119 0.50762 0.47415 0.44155 0.41036 0.38091 0.35336 0.32778 0.30418 0.28248 0.26262 0.24452 0.22806 0.21317 0.19974 0.1877 0.17696 0.16745 0.15911 0.15188 0.14572 0.14057 0.13641 0.1332 0.13093 0.12957 0.12913
9.7953 9.79464 9.79262 9.78923 9.78445 9.77825 9.77057 9.76137 9.75059 9.73815 9.72397 9.70794 9.68996 9.66992 9.64768 9.62311 9.59605 9.56636 9.5339 9.49853 9.46015 9.41872 9.37429 9.32706 9.27746 9.22625 9.17461 9.12435 9.07794 9.03859 9.01036 8.99859 0.98866 0.97694 0.94878 0.90951 0.86316 0.81295 0.76137 0.71019 0.66063 0.61343 0.56903 0.52762 0.48926 0.45391 0.42146 0.39179 0.36475 0.34018 0.31795 0.29792 0.27995 0.26393 0.24975 0.23731 0.22653 0.21733 0.20966 0.20345 0.19867 0.19528 0.19326 0.19259
9.72927 9.72839 9.72572 9.72124 9.71492 9.70671 9.69656 9.6844 9.67014 9.65368 9.63492 9.61371 9.58993 9.56341 9.53397 9.50143 9.46558 9.42622 9.38312 9.3361 9.28497 9.22963 9.17004 9.10637 9.03904 8.96891 8.89746 8.82712 8.76162 8.70625 8.6678 8.65352 1.32979 1.31555 1.27716 1.22185 1.15641 1.08614 1.01475 0.94466 0.87738 0.81375 0.7542 0.69888 0.64778 0.60078 0.55771 0.51837 0.48253 0.45001 0.42058 0.39407 0.37029 0.3491 0.33034 0.31389 0.29963 0.28747 0.27732 0.26911 0.26278 0.2583 0.25563 0.25475
9.66509 9.66401 9.66071 9.65517 9.64735 9.63719 9.62464 9.60959 9.59195 9.57159 9.54837 9.52214 9.49271 9.45988 9.42343 9.38313 9.33869 9.28986 9.23634 9.17785 9.11409 9.04484 8.96994 8.88941 8.80349 8.71294 8.61924 8.52513 8.43525 8.35703 8.30113 8.27995 1.69952 1.67835 1.62251 1.54436 1.45456 1.36051 1.26688 1.17639 1.09053 1.01004 0.93519 0.86598 0.80225 0.74378 0.69029 0.64148 0.59707 0.55678 0.52035 0.48753 0.45811 0.43188 0.40868 0.38832 0.37068 0.35564 0.34308 0.33293 0.3251 0.31956 0.31625 0.31516
10 9.84977 9.71144 9.57221 9.42958 9.28259 9.1304 8.97209 8.80666 8.63302 8.45004 8.25648 8.05107 7.83243 7.59914 7.34965 7.08236 6.79559 6.48757 6.15649 5.8005 5.41778 5.0066 4.56541 4.09303 3.58882 3.05296 2.48675 1.89296 1.2761 0.64248 0 0 0.64248 1.2761 1.89296 2.48675 3.05296 3.58882 4.09303 4.56541 5.0066 5.41778 5.8005 6.15649 6.48757 6.79559 7.08236 7.34965 7.59914 7.83243 8.05107 8.25648 8.45004 8.63302 8.80666 8.97209 9.1304 9.28259 9.42958 9.57221 9.71144 9.84977 10
10 9.85761 9.71824 9.57857 9.43644 9.29049 9.13962 8.9828 8.81898 8.64707 8.46591 8.27429 8.07092 7.85445 7.62344 7.37636 7.11161 6.82747 6.52217 6.19384 5.84057 5.46042 5.05151 4.61206 4.14057 3.63602 3.09812 2.52771 1.92716 1.30088 0.65555 0 0 0.65555 1.30088 1.92716 2.52771 3.09812 3.63602 4.14057 4.61205 5.05151 5.46042 5.84057 6.19384 6.52217 6.82747 7.11161 7.37636 7.62344 7.85445 8.07092 8.27429 8.46591 8.64707 8.81898 8.9828 9.13962 9.29049 9.43644 9.57857 9.71824 9.85761 10
10 9.86244 9.72534 9.58739 9.44713 9.3033 9.15478 9.00051 8.8394 8.67036 8.49224 8.30384 8.10388 7.89101 7.66381 7.42076 7.16023 6.88052 6.57979 6.25613 5.90751 5.53183 5.12695 4.69073 4.22118 3.71657 3.1758 2.59879 1.98709 1.34472 0.67883 0 0 0.67883 1.34472 1.98709 2.59879 3.1758 3.71657 4.22117 4.69073 5.12695 5.53183 5.90751 6.25613 6.57979 6.88052 7.16023 7.42076 7.66381 7.89101 8.10388 8.30384 8.49224 8.67036 8.8394 9.00051 9.15478 9.3033 9.44713 9.58739 9.72534 9.86244 10
10 9.86682 9.73329 9.59851 9.46138 9.32081 9.17571 9.02505 8.86775 8.70273 8.52886 8.34495 8.14974 7.94191 7.72004 7.48263 7.22805 6.95458 6.66035 6.34338 6.00152 5.63245 5.23373 4.80275 4.33682 3.83328 3.28974 2.70456 2.07771 1.41206 0.71507 0 0 0.71507 1.41206 2.07771 2.70456 3.28973 3.83328 4.33682 4.80275 5.23373 5.63245 6.00152 6.34338 6.66035 6.95458 7.22805 7.48263 7.72004 7.94191 8.14974 8.34495 8.52886 8.70273 8.86775 9.02505 9.17571 9.32081 9.46138 9.59851 9.73329 9.86682 10
10 9.87156 9.74248 9.61197 9.47908 9.34283 9.20221 9.05622 8.90382 8.74395 8.57552 8.39735 8.20822 8.00684 7.79182 7.56166 7.31476 7.04939 6.76366 6.45553 6.12272 5.76273 5.37277 4.94973 4.49009 3.98999 3.4453 2.85199 2.20712 1.51075 0.76937 0 0 0.76937 1.51075 2.20712 2.85199 3.4453 3.98999 4.49009 4.94972 5.37277 5.76273 6.12272 6.45553 6.76366 7.04939 7.31476 7.56166 7.79182 8.00684 8.20822 8.39735 8.57552 8.74395 8.90382 9.05622 9.20221 9.34283 9.47909 9.61197 9.74248 9.87156 10
The matrix below is the conjugate to the above matrix and is the solution to the flow function