A 20-cm diameter copper ball is to be heated from 110°C to an average temperature of 170°C in 90 minutes. Taking the average density and specific heat of copper in this temperature range to be p-8950 kg/m3 and Cp=0.395 kJ/kg. C, respectively, determine the average rate of heat transfer to the ball in W (Area of sphere: TID?; Volume of sphere-TD16). ? 9.84 984 164 D 164

Introduction to Chemical Engineering Thermodynamics
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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A 20-cm diameter copper ball is to be heated from 110°C to an average temperature of 170°C in 90 minutes. Taking the average density and specific heat of copper in this temperature range to be p=8950 kg/m3
and Cp=0.395 kJ/kg • C, respectively, determine the average rate of heat transfer to the ball in W (Area of sphere: TID?; Volume of sphere-TD³/6). ?
A
9.84
B
98.4
16.4
164
Transcribed Image Text:A 20-cm diameter copper ball is to be heated from 110°C to an average temperature of 170°C in 90 minutes. Taking the average density and specific heat of copper in this temperature range to be p=8950 kg/m3 and Cp=0.395 kJ/kg • C, respectively, determine the average rate of heat transfer to the ball in W (Area of sphere: TID?; Volume of sphere-TD³/6). ? A 9.84 B 98.4 16.4 164
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