Introduction to Fluid Mechanic
Introduction to Fluid Mechanic CE 321
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This 4 page Class Notes was uploaded by Jolie Shields on Saturday September 19, 2015. The Class Notes belongs to CE 321 at Michigan State University taught by Roger Wallace in Fall. Since its upload, it has received 19 views. For similar materials see /class/207369/ce-321-michigan-state-university in Civil Engineering at Michigan State University.
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Date Created: 09/19/15
Lecture 15 Conservation of Mass and Linear Momentum Additional Problems 2 5 22 A sheet of water of uniform thickness h 001 m ows from the device shown in Fig P512311 water enters vertically through the inlel pipe and exits horizontally wilh a speed that varies linearly from 0 to 10 m 5 along the 02 m length mlquot the slit Determine they component of anchoring force necessary 10 hold this device stationary a I FIGURE F521 A Cbn frcI volume 39Hud cowlAims 39er box po clon J admin and 41A wniu I39n 11 as shown 39m Jr m skakln above 3915 used Applicnh m o 39Har ydxm an Campcngm 06 Ha MY mommium etkoim 93cm H Ha z 50 DWI 9514 f fPVd DIr2 dx X lhc varia39 ovx aF r wi n K 1 huch or V 50x 5E Thus 01 1 z 3 ML Fquot 3950xkdx 0hl 0 5 or 3 11 I N 739 FM lt939 so olom 3300 kq1 and F 6665 Problem 2 r A hydraulic jump is in place down stream from a spillway as indicated in Fig Upstream of the jump the depth of the stream is 06 ft and the average stream velocity is 18 fts Just downstream of the jump the average stream velocity is 34 fts Calculate the depth of the stream h just downstream of the jump I 39III gt 14 ftls 1 I FIGURE 8