Fluid with constant density leaves steadily a tank of radius R. Then, fluid exits the gap between the bottom wall and th

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Fluid With Constant Density Leaves Steadily A Tank Of Radius R Then Fluid Exits The Gap Between The Bottom Wall And Th 1 (79.27 KiB) Viewed 33 times

Fluid with constant density leaves steadily a tank of radius R. Then, fluid exits the gap between the bottom wall and the circular disk with radius R2. Calculate i. The exit velocity u2 by writing the Bernoulli Equation between points [0] and [2], ii. The mass flow rate m iii. The pressure distribution p(r) in the gap between the bottom wall and the circular disk, as a function of r measured from the axis of the tank in the radial direction, by using Bernoulli Equation. iv. Find the ratio R2/R1 such that the fluid at station [1] does not vaporize. The vapor pressure is given as pv. (Given quantities are H, h, R, R2, po, p.g. pv). [0] Po g H R₁- R -R₂ [1] Р [r] [2] U₂