Q:In the hydraulic system shown in the figure, the main water tank is buried underground and open to the atmosphere through the escape valve. $40000$ L of water per hour is sent from this tank to the A and B lines located at two different heights. There is a valve, heater and sudden expansion tank on line A$,$ and a filter, valve and sudden expansion tank on line B$.$ DN$100$ stainless steel pipe is used in the main line, DN$60$ in line A and DN$40$ in line B$.$ In this form;

a$)$ Find the height losses of lines A and B$.$ b$)$ Find the head of the pump used.

c$)$ Find the power of the pump used.

rho su $=997$ kg$/$m$3,$ KK $($pipr elbow$)=0\mathrm{.}75$ KK $($valve$)=2\mathrm{.}5$ KK$($filter$)=24,$ KK$($heater$)=12$ KK$($sudden expansion$)=1\mathrm{.}5$