Exercise#3: The figure shows a system. The system is conservative energy between the two valves CV, and CV2. The differential pressure element at point 1 shows a reading for flow rate. This flow rate is equivalent to AP = 3 mmH20 with k factor of orifice equals 20 m2 (used as dimension geometry for the pipe). Another turbine flow meter at point 4 shows a reading for flow rate equals 2.7. Based on the reading of the first flow meter, is the turbine flow meter give the correct reading or not? You can utilize the following given information: diameters at point1&2 are D, = D2 = 0.2 m, D3 = D, = 2 D2, Q1= 3Q2, P, = P3 – 200000 Pa ,p = 750 Total heads(or energy)of Bernoulli equation at point 1=Total heads(or energy)of Bernoulli equation at point 2+4m, and Total heads(or energy) of Bernoulli equation at point 3=Total heads(or energy) of Bernoulli equation at point 4+1Om.

Exercise#3: The figure shows a system. The system is conservative energy between the two valves CV, and CV2. The differential pressure element at point 1 shows a reading for flow rate. This flow rate is equivalent to AP = 3 mmH20 with k factor of orifice equals 20 m2 (used as dimension geometry for the pipe). Another turbine flow meter at point 4 shows a reading for flow rate equals 2.7. Based on the reading of the first flow meter, is the turbine flow meter give the correct reading or not? You can utilize the following given information: diameters at point1&2 are D, = D2 = 0.2 m, D3 = D, = 2 D2, Q1= 3Q2, P, = P3 – 200000 Pa ,p = 750 Total heads(or energy)of Bernoulli equation at point 1=Total heads(or energy)of Bernoulli equation at point 2+4m, and Total heads(or energy) of Bernoulli equation at point 3=Total heads(or energy) of Bernoulli equation at point 4+1Om.

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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