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Probleml In Control Volume in the given Fig 1. (Fig 1) 1- Point at the part considered imaginary surface? 2- Why is called imaginary 3- What is the unit of bin case of mass and what is its dimension? 4- What is the unit of bin case of Momentum and what is its dimension? C.V C.S

Probleml In Control Volume in the given Fig 1. (Fig 1) 1- Point at the part considered imaginary surface? 2- Why is called imaginary 3- What is the unit of bin case of mass and what is its dimension? 4- What is the unit of bin case of Momentum and what is its dimension? C.V C.S

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Probleml In Control Volume in the given Fig 1. (Fig 1) 1- Point at the part considered imaginary surface? 2- Why is called imaginary 3- What is the unit of bin case of mass and what is its dimension? 4- What is the unit of bin case of Momentum and what is its dimension? C.V C.S Problem 2 Liquid having a relative density ,=1.5 is flowing into a tank and leave m, as shown in the Fig 2. If the following are given (Fig 2) entering at m, =3kg /s and m,=5kg/ s, and leaves at m, =1kg/s and m, =2kg/s. dm Find out: 1-) 2-) AP dt dt im, m, Problem 3 Liquid (Fig 3) is entering a tube at v, =0.2 m / s and diameter D, =10cm and exiting at diameter D, =4 cm, 1- find v, ? 2-If its relative density r=1.5 , find the mass flow rate n 3- Is there any difference between m, and m, and why ? D, flow (Fig 3) 1.
Transcribed Image Text:Probleml In Control Volume in the given Fig 1. (Fig 1) 1- Point at the part considered imaginary surface? 2- Why is called imaginary 3- What is the unit of bin case of mass and what is its dimension? 4- What is the unit of bin case of Momentum and what is its dimension? C.V C.S Problem 2 Liquid having a relative density ,=1.5 is flowing into a tank and leave m, as shown in the Fig 2. If the following are given (Fig 2) entering at m, =3kg /s and m,=5kg/ s, and leaves at m, =1kg/s and m, =2kg/s. dm Find out: 1-) 2-) AP dt dt im, m, Problem 3 Liquid (Fig 3) is entering a tube at v, =0.2 m / s and diameter D, =10cm and exiting at diameter D, =4 cm, 1- find v, ? 2-If its relative density r=1.5 , find the mass flow rate n 3- Is there any difference between m, and m, and why ? D, flow (Fig 3) 1.
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