Water at 9 °C flows through a 3m of 1 1/2 inch type L copper tube, through a 90° standard elbow, then through another 6 m length of copper tube and finally leaves through a 1/2 open gate valve. The...


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Water at 9 °C flows through a 3m of 1 1/2 inch type L copper tube, through a 90° standard elbow, then through another 6 m length of copper tube and finally leaves<br>through a 1/2 open gate valve. The flow rate is 0.183m/min and the friction factor is 0.0193. What is the velocity, in m/s and the total pressure loss in kPa?<br>Show your answers with minimum 3 sig digits:<br>Velocity in m/s:<br>Answer.<br>m/s<br>Total Pressure Loss in kPa:<br>Answer:<br>| КРа<br>Please put an answer in each input field.<br>

Extracted text: Water at 9 °C flows through a 3m of 1 1/2 inch type L copper tube, through a 90° standard elbow, then through another 6 m length of copper tube and finally leaves through a 1/2 open gate valve. The flow rate is 0.183m/min and the friction factor is 0.0193. What is the velocity, in m/s and the total pressure loss in kPa? Show your answers with minimum 3 sig digits: Velocity in m/s: Answer. m/s Total Pressure Loss in kPa: Answer: | КРа Please put an answer in each input field.

Jun 11, 2022
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