is a measure of the amount by which a fluid offers a resistance to compresian. 2. Air contained in a tank is under an absolute pressure of 60 kPa and has a temperature of 60 C The mass of the air in the tank =- Viscosity is a property of a fluid that measures the - of a very thin layer of fluid over an adjacent one. 4. When the liquid pressure is dropped below the vapor pressure due to a flow phenomenan, the process is called The atmospheric pressure can be measured using a simple device called

is a measure of the amount by which a fluid offers a resistance to compresian. 2. Air contained in a tank is under an absolute pressure of 60 kPa and has a temperature of 60 C The mass of the air in the tank =- Viscosity is a property of a fluid that measures the - of a very thin layer of fluid over an adjacent one. 4. When the liquid pressure is dropped below the vapor pressure due to a flow phenomenan, the process is called The atmospheric pressure can be measured using a simple device called

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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A cylindrical tank (1.20m in diameter) contains two liquids with the follow specific gravities:LIQUID 1: oil (s.g.oil = 0.80)LIQUID 2: water (s.g.water = 1.00)Each specified liquid has a thickness of 0.60m with the denser liquid at the bottom. If a circular office is placed at the bottom of the tank (100mm in diameter and with c = 0.65) to drain the fluids: Compute for the time required to remove the denser liquid from the tank
A cylindrical tank (1.20m in diameter) contains two liquids with the follow specific gravities:LIQUID 1: oil (s.g.oil = 0.80)LIQUID 2: water (s.g.water = 1.00)Each specified liquid has a thickness of 0.60m with the denser liquid at the bottom. If a circular office is placed at the bottom of the tank (100mm in diameter and with c = 0.65) to drain the fluids: Compute for the time required to remove the denser liquid from the tank. Hint/s: In evaluating the time to drain the more dense fluid, use the concept of equivalent pressure heads to evaluate hinitial and hfinal since there are multiple fluids in the container