Fountain dimensions: Top basin: 12" x 12" x 9" tall Middle basin: 15" x 15" x 9" tall Bottom basin: 18" x 18" x 9" tall Overall: 18" x 18" x 27" tall Pump inlet: 1" diameter Tubing: 3/4" inside diameter throughout I just purchased the fountain shown for my backyard and need to buy a submersible pump for it. The pump is placed in the bottom basin and pumps the water out of a pipe just below the waterline of the top basin. When running correctly, each of the basins is 2/3 full, the water flows at 20 gallons per minute, and the head loss through the pump/piping system is 3.72 feet. If the pump I want has a 62% efficiency, what size pump (horsepower) should I buy?

Fountain dimensions: Top basin: 12" x 12" x 9" tall Middle basin: 15" x 15" x 9" tall Bottom basin: 18" x 18" x 9" tall Overall: 18" x 18" x 27" tall Pump inlet: 1" diameter Tubing: 3/4" inside diameter throughout I just purchased the fountain shown for my backyard and need to buy a submersible pump for it. The pump is placed in the bottom basin and pumps the water out of a pipe just below the waterline of the top basin. When running correctly, each of the basins is 2/3 full, the water flows at 20 gallons per minute, and the head loss through the pump/piping system is 3.72 feet. If the pump I want has a 62% efficiency, what size pump (horsepower) should I buy?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

The impeller of a radial pump with diameter of 34.2 in trimmed such that its head is reduced by half. What is the new diameter in inches of the impeller?
a) Is it true that if a flow doesn’t change its magnitude or direction, there will be no net momentum imposed by the flow? Please explain.
URGENT Please answer this problem in 30minutes. I need correct answers with complete and step by step solution. Box the final answers. Do not shortcut your solution. I will give an upvote if it satisfies. Thank you! If the velocity of water is 8 m/s and the pressure is 140 kPa on the discharge side of a pump. a. What is the head of the pump if the velocity is 4 m/s and the pressure is 90 kPa on the suction side of the pump? b. How much power is required to drive it if the diameter of the suction side is 600mm? c. If the pump is rated at 120hp, what is the efficiency of the pump neglecting energy losses in the system?
The impeller of a radial pump with diameter of 34.2 in such that its head is reduced by half. What is the new diameter in inches of the impeller?
Answer the following question Design a Francis Turbine by assuming suitable dimensions and Draw its velocity triangles * 1 Add file
what is the angle of surface of the fluid if the container moves 10m/s^2 in 30 degree inclined plane a. 30.32b. 25.28c. 41.02d. 6.18
Determine the maximum suction elevation in feet below pump centerline
Include a free body diagram. pump draws water from a sump through a vertical 6′′ pipe. The pump has a horizontal discharge pipe 4′′ in diameter that is 10.6 ft above the water level in the sump. While pumping 1.25 cfs, gages near the pump at entrance and discharge read —4.6 psi and +25.6 psi, respectively. The discharge gage is 3.0 ft above the suction gage. Compute the horsepower output of the pump and the head lost in the 6′′ suction pipe. (ANSWER: 10.7 Hp, 2.4 ft)
HELP PLEASEEE, WITH COMPLETE SOLUTION THANK YOUU
After completing the ENGR 315 hands-on project Sparky decided to create a symbolic solution for the time it takes for water to drain from the bottle. Sparky will compare the times to a YouTube video of the hands-on project. Sparky’s bottle is 4 inches in diameter and contains three holes of equal size (not what was required by the hands-on experiment). The hole size of diameter (dhole) is in inches and the holes are L inches apart. There is Ltop inches was water above the top hole at the start of the experiment (as shown in the figure). Neglecting viscous effects (orifice coefficient) and considering the flow conditions to be quasi-steady (consistent with the hands-on experiment) create a symbolic solution for the time it takes for water to stop draining from the top hole. The density (ρ) and specific weight (γ) of the water are 1.94 slugs/ft3 and 62.4 lbf/ft3, respectively. The height of water above the first hole is h, which varies with time. The flow through each hole is the…
4a) A Ship must discharge a total of 2200 cubic meters Sea water ballast Within 6 hours. Using S SNAME reccomended fluid Velocity, size and Select the appropriate scha 40 Steel pipe. What is the actual velocity? total head is 6) Calculate the power to drive the ballast pump in part a) if the 65m. What power would be required the ship was in fresh water? (Sea water SG: 1.025, freshwater : 17 1)
What is the power ratio of a pump to its 1/5 scale model if the ratio of the heads is 4 to 1? Round your answer to 0 decimal places. Add your answer