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10-32 A 1-mm-diameter nickel wire with electrical resis- tance of 0.129 2/m is submerged horizontally in water at atmo- spheric pressure. Determine the electrical current at which the wire would be in danger of burnout in nucleate boiling.

10-32 A 1-mm-diameter nickel wire with electrical resis- tance of 0.129 2/m is submerged horizontally in water at atmo- spheric pressure. Determine the electrical current at which the wire would be in danger of burnout in nucleate boiling.

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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O file:///C:/Users/MEGA/Downloads/Cengel.%20Heat%20and%20mass%20Transfer%20Fundam i 10-31 Water is boiled at 90°C by a horizontal brass heating element of diameter 8 mm. Determine the maximum heat flux that can be attained in the nucleate boiling regime. 10-32 A 1-mm-diameter nickel wire with electrical resis- tance of 0.129 92/m is submerged horizontally in water at atmo- spheric pressure. Determine the electrical current at which the wire would be in danger of burnout in nucleate boiling. P = 1 atm Nickel wire 0.129 02/m FIGURE P10-32 10-33 In a boiler, water is boiled at 100°C by hot gases flowing through a 10-m-long tube with an outer diameter of 5 cm that is submerged in the water. Determine the maximum rate of water vaporization that can be produced by the tube in the nucleate boiling regime. 10-34 Hot gases flow inside an array of tubes that are embed- 1 2 th b fa 10 pra en to dif cus 10- vap plie ture Rob coe tion 10- hot mec wate deter wate
Transcribed Image Text:O file:///C:/Users/MEGA/Downloads/Cengel.%20Heat%20and%20mass%20Transfer%20Fundam i 10-31 Water is boiled at 90°C by a horizontal brass heating element of diameter 8 mm. Determine the maximum heat flux that can be attained in the nucleate boiling regime. 10-32 A 1-mm-diameter nickel wire with electrical resis- tance of 0.129 92/m is submerged horizontally in water at atmo- spheric pressure. Determine the electrical current at which the wire would be in danger of burnout in nucleate boiling. P = 1 atm Nickel wire 0.129 02/m FIGURE P10-32 10-33 In a boiler, water is boiled at 100°C by hot gases flowing through a 10-m-long tube with an outer diameter of 5 cm that is submerged in the water. Determine the maximum rate of water vaporization that can be produced by the tube in the nucleate boiling regime. 10-34 Hot gases flow inside an array of tubes that are embed- 1 2 th b fa 10 pra en to dif cus 10- vap plie ture Rob coe tion 10- hot mec wate deter wate
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