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Determine the total length of a wrought iron pipe (e = 0.000046) with a diameter of 1 in which will result in a pressure drop of 70 kPa due to fluid friction, for fluids flowing at a rate of 0.18 kg/s, a viscosity of 2 cP, and a density of 1000 kg / 13 m (use the moody diagram) a. Reynold number = b. Friction factor (f) = c. Pipe length = m

Determine the total length of a wrought iron pipe (e = 0.000046) with a diameter of 1 in which will result in a pressure drop of 70 kPa due to fluid friction, for fluids flowing at a rate of 0.18 kg/s, a viscosity of 2 cP, and a density of 1000 kg / 13 m (use the moody diagram) a. Reynold number = b. Friction factor (f) = c. Pipe length = m

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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Determine the total length of a wrought iron pipe (e = 0.000046) with a diameter of 1 in which will result in a pressure drop of 70 kPa due to fluid friction, for fluids flowing at a rate of 0.18 kg/s, a viscosity of 2 cP, and a density of 1000 kg / 13 m (use the moody diagram) a. Reynold number = b. Friction factor (f) = c. Pipe length = m.
Determine the total length of a wrought iron pipe (e = 0.000046) with a diameter of 1 in which will result in a pressure drop of 70 kPa due to fluid friction, for fluids flowing at a rate of 0.18 kg/s, a viscosity of 2 cP, and a density of 1000 kg / 13 m (use the moody diagram) a. Reynold number = b. Friction factor (f) = c. Pipe length = m. 20.12
Transcribed Image Text:Determine the total length of a wrought iron pipe (e = 0.000046) with a diameter of 1 in which will result in a pressure drop of 70 kPa due to fluid friction, for fluids flowing at a rate of 0.18 kg/s, a viscosity of 2 cP, and a density of 1000 kg / 13 m (use the moody diagram) a. Reynold number = b. Friction factor (f) = c. Pipe length = m. 20.12
19.40 O 28) e-learning.untan.ac.id/l 22 n 5 Tentukan total panjang pipa besi tempa (e = 0.000046) berdiameter 1 in yang akan menghasilkan penurunan tekanan 70 kPa akibat gesekan cairan, untuk cairan yang mengalir pada laju 0.18 kg/s, viskositas 2 cP, dan densitas 1000 kg/ m3 (gunakan moody diagram) ed out of a. Bilangan Reynold = b. Friction factor (f) = c. Panjang pipa = m. pus page Finish attempt . PROUDLY MADE WITH Inoodle
Transcribed Image Text:19.40 O 28) e-learning.untan.ac.id/l 22 n 5 Tentukan total panjang pipa besi tempa (e = 0.000046) berdiameter 1 in yang akan menghasilkan penurunan tekanan 70 kPa akibat gesekan cairan, untuk cairan yang mengalir pada laju 0.18 kg/s, viskositas 2 cP, dan densitas 1000 kg/ m3 (gunakan moody diagram) ed out of a. Bilangan Reynold = b. Friction factor (f) = c. Panjang pipa = m. pus page Finish attempt . PROUDLY MADE WITH Inoodle
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