wwwwwwm We wish to study the process of unloading the deposit schematized in figure 13.16 when rotating with angular velocity constant. The download is carried out through a conduit of length Re - Ro and diameter D (Re - Ro). Assuming that viscous forces are dominant in the movement of the liquid in the conduit and that the liquid in the tank rotates as a rigid solid, we ask: a) Surface equation and pressure distribution in the tank. www. ww b) Equation for H(t) and order of magnitude of the characteristic discharge time. c) Calculate H(t) assuming that the initial height is HO. wwww H() Ro R D