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Gasoline (SG=0.68; μ =2.92x10-4 [kg/(m s)]) flows from one tank to another as shown in the figure. The pipe is 1 in, commercial 40 steel. Calculate the pressure in the container above the gasoline in the first tank that will result in a flow rate of Q = 100 gal/min. The second tank is open to the atmosphere. Consider the losses in accessories, the input and output have sharp edges.

Gasoline (SG=0.68; μ =2.92x10-4 [kg/(m s)]) flows from one tank to another as shown in the figure. The pipe is 1 in, commercial 40 steel. Calculate the pressure in the container above the gasoline in the first tank that will result in a flow rate of Q = 100 gal/min. The second tank is open to the atmosphere. Consider the losses in accessories, the input and output have sharp edges.

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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Gasoline (SG=0.68; μ =2.92x10-4 [kg/(m s)]) flows from one tank to another as shown in the figure. The pipe is 1 in, commercial 40 steel. Calculate the pressure in the container above the gasoline in the first tank that will result in a flow rate of Q = 100 gal/min. The second tank is open to the atmosphere. Consider the losses in accessories, the input and output have sharp edges.

 

 

P = ? 5 ft Gasoline 15 ft Diámetro nominal (in.) 1 50 ft Cédula 40 Pipe Diámetro interior ft cm 0.08742 2.664 10 ft- Codos 90° regular roscado Vent Q = 100 gal/min Área de flujo ft² 0.006002 T 5 ft cm² 5.574
Transcribed Image Text:P = ? 5 ft Gasoline 15 ft Diámetro nominal (in.) 1 50 ft Cédula 40 Pipe Diámetro interior ft cm 0.08742 2.664 10 ft- Codos 90° regular roscado Vent Q = 100 gal/min Área de flujo ft² 0.006002 T 5 ft cm² 5.574
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