13 Pun & 2.5m Tank A E 6 m 13m V= 0.8 m/s Tank P : 1o kpa 1Scm Exercise#1 In the shown figure, it is a system which its energy is assumed to be conservative. Tank B is open to the air and the tank A...


13<br>Pun &<br>2.5m<br>Tank A<br>E 6 m<br>13m<br>V= 0.8 m/s<br>Tank<br>P : 1o kpa<br>1Scm<br>Exercise#1 In the shown figure, it is a system which its energy is assumed to be conservative.<br>Tank B is open to the air and the tank A is closed at point 1. If the control valve after the tank A<br>is opened fully (100%) and you know that 0 60°, what will be the reading of the flow meter at<br>point 2 ?(Note: y = 5.8 kN / m3)<br>

Extracted text: 13 Pun & 2.5m Tank A E 6 m 13m V= 0.8 m/s Tank P : 1o kpa 1Scm Exercise#1 In the shown figure, it is a system which its energy is assumed to be conservative. Tank B is open to the air and the tank A is closed at point 1. If the control valve after the tank A is opened fully (100%) and you know that 0 60°, what will be the reading of the flow meter at point 2 ?(Note: y = 5.8 kN / m3)

Jun 11, 2022
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