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60 degr Crude oil with sp. gr. = 0.887 flows through a piping with varying diameters but ultimately with 1 entrance 60 deg F and 2 exits. The upstream pipe is 50mm, scheduled 40. The middle pipe connected to the upstream pipe is 75 mm scheduled 40. The downstream pipe connected to the middle pipe has 2 exit pipes; each pipe is 38 mm scheduled 40. Equal quantity of fluid flows through the exit pipes, through the upstream pipe 20 cubic meters per hour. Determine: a. the mass flow rate in each of the pipes b. the velocity in each of the pipes Additional information: Density of water at 60 deg F is 998.76 kg/cubic meter. Cross sectional area (CSA) of first pipe: 0.02330 sq.ft. CSA of middle pipe: 0.05130 sq. ft. CSA of each exit pipe: 0.01414 sq.ft.

60 degr Crude oil with sp. gr. = 0.887 flows through a piping with varying diameters but ultimately with 1 entrance 60 deg F and 2 exits. The upstream pipe is 50mm, scheduled 40. The middle pipe connected to the upstream pipe is 75 mm scheduled 40. The downstream pipe connected to the middle pipe has 2 exit pipes; each pipe is 38 mm scheduled 40. Equal quantity of fluid flows through the exit pipes, through the upstream pipe 20 cubic meters per hour. Determine: a. the mass flow rate in each of the pipes b. the velocity in each of the pipes Additional information: Density of water at 60 deg F is 998.76 kg/cubic meter. Cross sectional area (CSA) of first pipe: 0.02330 sq.ft. CSA of middle pipe: 0.05130 sq. ft. CSA of each exit pipe: 0.01414 sq.ft.

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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60 degF Crude oil with sp. gr. = 0.887 flows through a piping with varying diameters but ultimately with 1 entrance 60 deg F and 2 exits. The upstream pipe is 50mm, scheduled 40. The middle pipe connected to the upstream pipe is 75 mm scheduled 40. The downstream pipe connected to the middle pipe has 2 exit pipes; each pipe is 38 mm scheduled 40. Equal quantity of fluid flows through the exit pipes, through the upstream pipe 20 cubic meters per hour. Determine: a. the mass flow rate in each of the pipes b. the velocity in each of the pipes Additional information: Density of water at 60 deg F is 998.76 kg/cubic meter. Cross sectional area (CSA) of first pipe: 0.02330 sq.ft. CSA of middle pipe: 0.05130 sq. ft. CSA of each exit pipe: 0.01414 sq.ft.
Transcribed Image Text:60 degF Crude oil with sp. gr. = 0.887 flows through a piping with varying diameters but ultimately with 1 entrance 60 deg F and 2 exits. The upstream pipe is 50mm, scheduled 40. The middle pipe connected to the upstream pipe is 75 mm scheduled 40. The downstream pipe connected to the middle pipe has 2 exit pipes; each pipe is 38 mm scheduled 40. Equal quantity of fluid flows through the exit pipes, through the upstream pipe 20 cubic meters per hour. Determine: a. the mass flow rate in each of the pipes b. the velocity in each of the pipes Additional information: Density of water at 60 deg F is 998.76 kg/cubic meter. Cross sectional area (CSA) of first pipe: 0.02330 sq.ft. CSA of middle pipe: 0.05130 sq. ft. CSA of each exit pipe: 0.01414 sq.ft.
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