FROM THE ATTACHED SKETCH, THE GIVEN DATA ARE AS FOLLOWS: a. Reservoir tank=50,000 liters of water b. Total Static head is 30 ft. c. Pipe material is plastic and 1.5-inch diameter. d. There are four 90-degree elbows, one gate valve and one open swing valve. e. Total pipe length is 50 ft. COMPUTE THE FOLLOWING USING THE PROVIDED TABLE BELOW. 1. IF THE TANK IS TO BE FILLED WITHIN 661.35 MINUTES WHEN EMPTY, COMPUTE HOW MANY GALOONS PER MINUTE (GPM) PUMP CAPACITY IS NEEDED TO FILL UP THIS TANK., USE 3.78 LITERS/GAL 2. COMPUTE THE TOTAL DYNAMIC HEAD (TDH) IN FEET. 3. SOLVE FOR WATER HORSEPOWER (WHP) 4. COMPUTE FOR PUMP MOTOR HORSEPOWER @ 70% EFFICIENCY

FROM THE ATTACHED SKETCH, THE GIVEN DATA ARE AS FOLLOWS: a. Reservoir tank=50,000 liters of water b. Total Static head is 30 ft. c. Pipe material is plastic and 1.5-inch diameter. d. There are four 90-degree elbows, one gate valve and one open swing valve. e. Total pipe length is 50 ft. COMPUTE THE FOLLOWING USING THE PROVIDED TABLE BELOW. 1. IF THE TANK IS TO BE FILLED WITHIN 661.35 MINUTES WHEN EMPTY, COMPUTE HOW MANY GALOONS PER MINUTE (GPM) PUMP CAPACITY IS NEEDED TO FILL UP THIS TANK., USE 3.78 LITERS/GAL 2. COMPUTE THE TOTAL DYNAMIC HEAD (TDH) IN FEET. 3. SOLVE FOR WATER HORSEPOWER (WHP) 4. COMPUTE FOR PUMP MOTOR HORSEPOWER @ 70% EFFICIENCY

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

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