Pump A Head (ft) Pump B Нead (ft) Q (cfs) Efficiency Q (cfs) Efficiency 0.00 186 0.00 172 1.11 179 54 0.89 166 59 2.23 158 70 1.78 140 77 3.34 112 67 2.67 90 74

Pump A<br>Head (ft)<br>Pump B<br>Нead (ft)<br>Q (cfs)<br>Efficiency<br>Q (cfs)<br>Efficiency<br>0.00<br>186<br>0.00<br>172<br>1.11<br>179<br>54<br>0.89<br>166<br>59<br>2.23<br>158<br>70<br>1.78<br>140<br>77<br>3.34<br>112<br>67<br>2.67<br>90<br>74<br>

Extracted text: Pump A Head (ft) Pump B Нead (ft) Q (cfs) Efficiency Q (cfs) Efficiency 0.00 186 0.00 172 1.11 179 54 0.89 166 59 2.23 158 70 1.78 140 77 3.34 112 67 2.67 90 74

Problem 7: The two pumps in problem 6 are now arranged in parallel. The static head is 40 ft.<br>The pipe diameter is 9-in of 1200 ft length and the minor loss coefficient is 20. Determine the<br>operating condition and power output (Q, head, and efficiency) and the power output for the system<br>of two pumps. Use f= 0.022. What is the flow rate and efficiency of each pump?<br>

Extracted text: Problem 7: The two pumps in problem 6 are now arranged in parallel. The static head is 40 ft. The pipe diameter is 9-in of 1200 ft length and the minor loss coefficient is 20. Determine the operating condition and power output (Q, head, and efficiency) and the power output for the system of two pumps. Use f= 0.022. What is the flow rate and efficiency of each pump?

Jun 11, 2022

SOLUTION.PDF

Pump A Head (ft) Pump B Нead (ft) Q (cfs) Efficiency Q (cfs) Efficiency 0.00 186 0.00 172 1.11 179 54 0.89 166 59 2.23 158 70 1.78 140 77 3.34 112 67 2.67 90 74

Get Answer To This Question

Related Questions & Answers