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Show TABLE 5.10 Parameter Values for Jordan River Applications RF, SERYOIR Parameter 1 1 1 4 £ £ 1 & cls($/ Ac- ft) 1.5757 1.0276 17880. 551.57 0 10484. 1870.75 12520. c2s 1.9476 1.9964 .5708 .9979 1 .6592 .8194 .6593 c5s ( ft/ Ac- ft) 7.0963 4.3455 13.8007 4.9803 1.2577 8.1872 3.7021 7.3199 c6s .4034 .4373 .3185 .3636 .5314 .3825 .4291 .3360 c7s ( Acre/ Ac- ft). 238 2 .3957 .2169 .5837 .1652 .5400 .0023 1.7323 c8s .6435 .5873 .6876 .6205 .7669 .5602 1.1297 .5040 c9s ($/ Ac- ft) 35. 350. 280. 35. 35. 210. 140. 35. clOs 1 1 1 1 1 1 1 1 Table 5.11 Optimal Solution - Jordan River System - Demand= 20,000 Ac- ft RESERVOIR Treatment Yield Cost ( 103 Ac- ft) ($) Storage Total Unit Storage Cost Cost Cost ( 103 Ac- ft) ($) ($) ($/ Ac- ft) CITY CREEK .782 27370. 0.000 0. 27370. 35.00 RED BUTTE CR. .000 0. 0.000 0. 0. .00 EMIGR. CREEK .000 0. 0.000 0. 0. .00 LITTLE DELL .001 35. 0.000 0. 35. 35.00 MTN. DELL 5.250 183750. 3.204 0. 183750. 35.00 MILL CREEK .000 0. 0.000 0. 0. .00 B. COTTONWOOD 8.968 1255520. 1.834 883128. 2138648. 238.48 L. COTTONWOOD 4.999 174965. .058 181337. 356302. 71.27 TOTAL 20.000 1641640. 5.096 1064465. 2706105. 135.31 146 |