Find the flow rates between CD and CE assuming the fluid is incomprehensible, non$-$viscous and flow is steady. Head loss$=3$v$2/2$g$.$ please show your working using the values given below. hint: use bernouBernoulli's equation and the continuity equation

AZA $=150$ m$.$Za $=15$ m$.$Ze $=10$ m$.$Zp $=20$ m$.$Z$=5$ m$.$LAB $=1500$ m$.$LBc $=150$ m$.$Lco $=700$ m$.$Lce $=1000$ m$.$DAB $=100$ cm$.$DRc $=100$ cm$.$Dcp$=60$ cm$.$DcE $=75$ cm$.$Bh$=3($V$^2/2$g$)$CQco $=?$Qce $=?$D