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A 60% efficient pump delivers water at 20°C from one reservoir to another one 15 m higher, as seen in the figure below. The system consists of 24 m of galvanized steel 7-cm ID pipe (ε = 0.150 mm), a suction pipe entrance, two 90° long-radius elbows and a 6° conical exit. What is the required input power to the pump (in W) needed if the flow rate is 60.0 m³/hour? (8 pts) Useful data: L/Dsuction pipe entrance = 90, L/D90° long radius elbows = 35; L/D6° conical exit = 20 15 m Pump DI. 6° cone

A 60% efficient pump delivers water at 20°C from one reservoir to another one 15 m higher, as seen in the figure below. The system consists of 24 m of galvanized steel 7-cm ID pipe (ε = 0.150 mm), a suction pipe entrance, two 90° long-radius elbows and a 6° conical exit. What is the required input power to the pump (in W) needed if the flow rate is 60.0 m³/hour? (8 pts) Useful data: L/Dsuction pipe entrance = 90, L/D90° long radius elbows = 35; L/D6° conical exit = 20 15 m Pump DI. 6° cone

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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A 60% efficient pump delivers water at 20°C from one reservoir to another one 15 m higher, as seen in the figure below. The system consists of 24 m of galvanized steel 7-cm ID pipe (ε = 0.150 mm), a suction pipe entrance, two 90° long-radius elbows and a 6° conical exit. What is the required input power to the pump (in W) needed if the flow rate is 60.0 m³/hour? (8 pts) Useful data: L/Dsuction pipe entrance = 90, L/D90° long radius elbows = 35; L/D6° conical exit = 20 15 m Pump DI. 6° cone
Transcribed Image Text:A 60% efficient pump delivers water at 20°C from one reservoir to another one 15 m higher, as seen in the figure below. The system consists of 24 m of galvanized steel 7-cm ID pipe (ε = 0.150 mm), a suction pipe entrance, two 90° long-radius elbows and a 6° conical exit. What is the required input power to the pump (in W) needed if the flow rate is 60.0 m³/hour? (8 pts) Useful data: L/Dsuction pipe entrance = 90, L/D90° long radius elbows = 35; L/D6° conical exit = 20 15 m Pump DI. 6° cone
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