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<br />............. <br />~EAi( FLON ........ <br />TIME ...........:.......... ......................... <br />MA%IMLM AVERAGE FLON ..............................:................................ <br /> 6-HP 3d-X0. ]Z-X0. 29.00-X0. <br />. IC FSI IH0.1 <br /> (C FSI <br />15. 9.Q /0. Lt. 1]. 1]. <br /> IINCNE51 0.095 0.16fi 0.166 0.166 <br /> IAC-FT1 30. ]5. ]5. 35. <br /> CUMULATIVE AREA ].92 50 NI <br /> <br />133 I0. . u.......... <br />300 RoOte Combinetl MYtlrogrep0 from JS Co END <br /> HYDROGPAPH ROUTING GSA <br />lea IIK KINEMATIC HAVE STPFJW ROUTING <br /> L 460.. CHANNEL LENGTH <br /> 6 O.OB90 SLOPE <br /> N 0.060 CHANNEL ROUGHNESS COEFFICIENT <br /> G 0.00 CONSPIBUT ING AREA <br /> SHAPE TRAP CHANNEL SHAPE <br /> ND 0.00 HOTBOX NIDTH OR DIAMETER <br /> 2 1.00 SIDE SLOPE <br /> NDXlIIN Z MINIMUM NUMBER OF DX INTERVALS <br /> COMPUTED KINEMATIC PARAMETERS <br /> VARIABLE TIME STEP <br /> IDT SHONN !5 A M[tl [MUHI <br /> ELEMENT ALPHA M DT DX PEAK TIME SO VOLUME MA%iMUM <br /> PEN( CELERI2'[ <br /> IM INI IFtI (CF31 IMItlI IINI IFPSI <br />• RAIN J. ]1 1.JJ 3.86 1544.00 45.35 569.1] O. LI 9.34 <br />CONTINUITY SUMMARY IAC-FSI - INFLON•0. ]168E•03 E%CE53.0. 0000[•00 OUTFLON•O.JIfi3E•03 BASIN STOPAGE•0. 5]1lE-OS PERCEN} ERAOR• 0.0 <br />SMERPOLATED TO SPECIFIED COMPIITAS ION IXTCPVAL <br />MAIN ]. ]1 1.]) 5.00 45.35 5)0.00 0.1] <br />HYDROGPAPH AT STATION 300 <br />DA HON HPlO1 ORD FLON DA MON XP141 O0.D FLOM OA MON HPlO! ORD FLCN DA MON NP]01 ORD FLON <br /> 1 0000 1 0. 1 0605 ]4 1], 1 1310 ]It ]6. 1 1815 230 ]1. <br /> 1 0005 3 0. 1 0610 ]5 IB. 1 1319 lIB ]6. 1 3820 321 11. <br /> 1 0010 ] 0. 1 0615 ]6 30. l ]330 119 J5. 1 1825 323 11. <br /> 1 0015 1 0. I 0630 ]] 31. l 1333 150 39. 1 IB]0 33] ll. <br /> l 0030 5 0. I 0625 ]B 33. 1 11]0 151 ]9. I 18)5 229 l0. <br /> l 0035 B 0. I 06]0 ]9 2J. 1 13]5 152 ]1. 1 1890 225 !0. <br /> l OOlO ) 0. 1 06]5 BO Z1. l 1240 15] ]9. 1 1815 226 10. <br /> 1 OOJS B 0. I Ofi10 Bl 3fi. L 1315 154 ]]. 1 1850 32] 10. <br /> I 0040 9 0. 1 0645 82 3l. 1 1350 155 ]]. • 1 1855 32B I0. <br /> ! 0045 30 0. 1 0650 B] 3B. I 1255 156 J3. 1 1900 339 30. <br /> 1 0050 11 0. 1 0655 84 39. 1 1100 15l l3. 3 1905 3]0 9. <br /> 1 0055 13 0. 1 0]00 85 J0. 1 1105 19B l3. I 1910 3]I 9. <br /> 1 0100 11 0. l 0]05 B6 ]1. 1 IIIB 359 ll. 1 1915 3]3 9. <br /> l 0105 L4 0. 1 0]10 B] )Z. 1 1]15 160 ]1. 1 1930 3]J 9. <br /> L 0110 IS 0. 1 0]l5 BB ]]. l 1J30 1fi1 ll. 1 1935 3]4 9. <br /> 1 0115 16 0. 1 0]IO B9 ]4. l 1]25 163 ]0. 1 19]0 3]5 B. <br /> 1 0130 1] 0. I 0]35 90 l5. L 1]]0 16] ]0. 1 19]5 3Jfi B. <br /> l 0135 1B 0. I O]]0 9l l6. • I 1115 164 29. 1 1910 Z)] B. <br /> l 01]0 19 0. 1 0]l5 93 ]6. 1 1]10 165 39. 1 1965 3)B 8. <br /> 3 01]5 30 0. 1 0]40 9] ]]. 1 1115 166 39. 1 1950 2]9 e. <br /> ] 0140 31 0. 1 0]45 94 ]B. 1 1150 l6] I8. 1 1955 310 8. <br /> 1 0145 32 0. 1 0]50 95 ]9. 1 1]55 I6B Ze. l 3000 311 ]. <br /> 1 0150 3J 0. 1 0]55 96 l9. 1 1100 169 Z], ~ 1 3005 363 1. <br />• 1 0155 II 0. I OB00 9l 40. 1 1105 1]0 Z], 1 3010 34] ]. <br /> 1 0300 ZS 0. 1 OBOS 9d 41. 1 1610 1]1 Z]. 1 2015 361 ]. <br />