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W The wall of a spherical steel tank k, = 17. m. K thick contains hot oil at 100°C. On the outside of the tank 10mm of spray urethane insulation k, = 0.026- of 1m in diameter and 100 mm is added to stop the oil from cooling. If the m. K outside temperature is 25°C, h=16- needs to be added to keep the tank at 100°C for pumping reasons? What are the overall heat transfer coefficients (Uo and U₁)? W 2 m².K and h = 5. 2 m².K how much heat

W The wall of a spherical steel tank k, = 17. m. K thick contains hot oil at 100°C. On the outside of the tank 10mm of spray urethane insulation k, = 0.026- of 1m in diameter and 100 mm is added to stop the oil from cooling. If the m. K outside temperature is 25°C, h=16- needs to be added to keep the tank at 100°C for pumping reasons? What are the overall heat transfer coefficients (Uo and U₁)? W 2 m².K and h = 5. 2 m².K how much heat

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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The wall of a spherical steel tank k, = 17 m. K thick contains hot oil at 100°C. On the outside of the tank 10mm of spray W urethane insulation k, = 0.026 m. K of 1m in diameter and 100 mm h = 16. is added to stop the oil from cooling. If the outside temperature is 25°C, W m².K needs to be added to keep the tank at 100°C for pumping reasons? What are the overall heat transfer coefficients (Uo and Ui)? and h = 5 (₁ m². K how much heat
Transcribed Image Text:The wall of a spherical steel tank k, = 17 m. K thick contains hot oil at 100°C. On the outside of the tank 10mm of spray W urethane insulation k, = 0.026 m. K of 1m in diameter and 100 mm h = 16. is added to stop the oil from cooling. If the outside temperature is 25°C, W m².K needs to be added to keep the tank at 100°C for pumping reasons? What are the overall heat transfer coefficients (Uo and Ui)? and h = 5 (₁ m². K how much heat
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