Problem $7\mathrm{.}8$: Consider the network shown in figure. If the pipes between A and B are replaced by a hydraulically equivalent pipe having Deq$=200,$ then determine the discharges in each pipe using the Hardy$-$Cross method. In the analysis, use the Hazen$-$Williams equation with C$=100$ for all pipes. Carry out one iteration. The answer is in below.

Consider the network shown in Figure $7\mathrm{.}96.$ If the pipes between

and $B$ are replaced by a hydraulically equivalent pipe having $D_{eq}=$$$200,$ then

determine the discharges in each pipe using the Hardy$-$Cross method. In the

analysis. use the fazen$-$wions iteration.

only one iteration.

Figure $7\mathrm{.}96$ Network element for Problem $7\mathrm{.}8.$

Answer:

Figure $7\mathrm{.}97$ Corrected discharges for Problem $7\mathrm{.}8.$