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width and 5 m A horizontal square wooden rod, 2 m long. 0.2 m head width is hung and fixed at the center of a larger horizontal square stainless steel tank Wed with fiquid water The outer tank i long. The outer tank is moving with a velocity of 0.5 m/s. Neglect the pressure drop between inlet and exit. Assume constant fluid physical properties (uid viscosity is 8001 kgs Ruid donty 09 kg/m³), g-9.81 m/s². The pressure at the entrance is 5 atm. Calculate the steady state velocity (m/s) of uld at the middia of the distance between the rod outer surface and the inner surface of the outer tank. OP Ov 8²v + + + PE Əv Z+V₁ ex ov +V, by ὄν ==14 Cz Ex² Oy² a dz 2 + pv₂ at accnmulation pation tranquefly viscous forms transportby belle flere

width and 5 m A horizontal square wooden rod, 2 m long. 0.2 m head width is hung and fixed at the center of a larger horizontal square stainless steel tank Wed with fiquid water The outer tank i long. The outer tank is moving with a velocity of 0.5 m/s. Neglect the pressure drop between inlet and exit. Assume constant fluid physical properties (uid viscosity is 8001 kgs Ruid donty 09 kg/m³), g-9.81 m/s². The pressure at the entrance is 5 atm. Calculate the steady state velocity (m/s) of uld at the middia of the distance between the rod outer surface and the inner surface of the outer tank. OP Ov 8²v + + + PE Əv Z+V₁ ex ov +V, by ὄν ==14 Cz Ex² Oy² a dz 2 + pv₂ at accnmulation pation tranquefly viscous forms transportby belle flere

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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estion 1 A horizontal square wooden rod, 2 m long, 0.2 m head width is hung and fixed at the center of a larger horizontal square stainless steel tank filed with liquid water. The outer tank is 2 es width and 5 m long. The outer tank is moving with a velocity of 0.5 m/s. Neglect the pressure drop between inlet and exit. Assume constant fluid physical properties (fuld viscosity is 0 001 kgims, fluid denuity 0.9 kg/m³), g-9.81 m/s². The pressure at the entrance is 5 atm. Calculate the steady state velocity (m/s) of tuid at the middle of the distance between the rod outer surface and the inner surface of the outer tank. ov Əv 8²v, OP Əv + + PB₂ P +pv₂ ov Z+V₂ by Oy² 02² əz a accnmalation transportly viscous forces ax transportby boll flow + peration
Transcribed Image Text:estion 1 A horizontal square wooden rod, 2 m long, 0.2 m head width is hung and fixed at the center of a larger horizontal square stainless steel tank filed with liquid water. The outer tank is 2 es width and 5 m long. The outer tank is moving with a velocity of 0.5 m/s. Neglect the pressure drop between inlet and exit. Assume constant fluid physical properties (fuld viscosity is 0 001 kgims, fluid denuity 0.9 kg/m³), g-9.81 m/s². The pressure at the entrance is 5 atm. Calculate the steady state velocity (m/s) of tuid at the middle of the distance between the rod outer surface and the inner surface of the outer tank. ov Əv 8²v, OP Əv + + PB₂ P +pv₂ ov Z+V₂ by Oy² 02² əz a accnmalation transportly viscous forces ax transportby boll flow + peration
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