Answer Happy

Consider SSSF a low viscosity incompressible liquid (A) draining through a smoothly rounded nozzle open to the side of a large open vertical tank so that friction losses may be neglected and the exit flow is open to the atmosphere. The fluid height, ha is held constant. The jet velocity at the exit is approximately uniform with an average value of Vava and mass flowrate, A Flow Area, A For the same geometry but with fluid () twice as dense as Nuid (A) so the ratio (ps/PA) = 2. Given: hehe At = A 14) The solution for the ratio (Vava Vavex) = (palpa) with exponent M •/ 12) The solution for the ratio ( mix) = (palpa)= (2)", with exponent N= R tulle 1 V=VP m=pAU V Pe=2 PA 2.P. Papgh V. tol + PENA 2 con su 9(2; 2