2. A cylindrical tank 1.5m in diameter containsa column of 3 immiscible liquids with SG 0.8,1.0, and 1.8. Each of the liquids have heightsof 0.5m. There is a 50mm diameter orifice atthe bottom of the tank. Solve the time neededto drain the first liquid, time needed to drainthe second liquid, and time needed to fullydrain the tank.Hint: For layered fluids similar to thisproblem, before plugging the given intothe Bernoulli's Equation, you have toconvert the heights of the other fluids tothe equivalent height of the fluid that ispresently being drained. Heights ofdifferent fluids are equivalent if they willresult to the same pressure at thebottom. As an example, an 8m highwater (SG = 1.0) will produce the samepressure at the bottom as a 10m high oil(SG = 0.8). Thus, an 8m high water isequivalent to a 10m high oil.Yoil hoilP = Yw hw=

Answered: Image /qna-images/answer/43c076e3-08d5-4070-a56a-5c2c5b79f87e.jpg

2. A cylindrical tank 1.5m in diameter contains a column of 3 immiscible liquids with SG 0.8, 1.0, and 1.8. Each of the liquids have heights of 0.5m. There is a 50mm diameter orifice at the bottom of the tank. Solve the time needed to drain the first liquid, time needed to drain the second liquid, and time needed to fully drain the tank.

2. A cylindrical tank 1.5m in diameter contains a column of 3 immiscible liquids with SG 0.8, 1.0, and 1.8. Each of the liquids have heights of 0.5m. There is a 50mm diameter orifice at the bottom of the tank. Solve the time needed to drain the first liquid, time needed to drain the second liquid, and time needed to fully drain the tank.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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