Determine the flow rates in the $7-$pipe network shown below by building a Hardy Cross hydraulic model. Then use your hydraulic model to calculate the pressures at each node of the pipe network. Water in steady state flows in a $7-$pipe network shown below. Pipe and node information is provided in the information table. A reservoir supplies water at a flow rate of $246-$cfs to this network at node $"$A$".$

The initial flow rate in pipe #$5($in cfs$)$ is:

$Q_5=\frac{(y+800,000)}{100,000}$

where: $y=$ the numeric value of your GMU student ID number.

Answers: pipe #$3)=15\mathrm{.}5$ cfs & pipe #$6$