$($a$)$ Illustrate graphically, the H$.$G$.$L$,$ and T$.$EL when there is flow from a reservoir connected by a uniform Diameter pipe discharging to the atmosphere and state types of losses encountered

$(7$Marks$)$

$($b$)$ A water catchment connects to a reservoir, the surface levels of which differ by $22$m$.$the pipe system consisting of a sloping pipe $9$m long and $80$mm diameter and then joined by a horizontal pipe $400$mm diameter and $72$m long. Taking entry loss as $0\mathrm{.}5-2$g through the pipe. and f $=0\mathrm{.}005(1+25$ Where d d is the pipe diameter in millimeters. Determine the rate of flow

$(13$Marks$)$

$($a$)$ Illustrate graphically, the H$.$G$.$L$.,$ and T$.$E$.$L when there is flow from a reservvoir connected by a uniform Diameter pipe discharging to the atmasphere and state types of lasses encountered

$(7$Marks$)$

$($b$)$ A water catchment connects to a reservoir, the surface levels of which differ by $22$ m$.$the pipe system consisting of a sloping pipe $9$ m long and $80$ mm diameter and then joined by a horizontal pipe $400$ mm diameter and $72$ m long. Taking entry loss as $0\mathrm{.}5\frac{v^2}{2g}$ and $.$ Where. $d$ is the pipe diameter in millimeters. Determine the rate of flow through the pipe.