Heat is generated in a long 0 3 cm diameter cylindrical electric heater at a rate of 180 W cm 3 The heat flux at the surface of the heater in steady operation is (a) 12 7 W cm 2 (b) 13 5 W cm 2 (c) 64 7 W cm 2 (d) 180 W cm 2 (e) 191 W cm 2 ...

The heat flux at the surface of the heater can be calculated using the formula Heat Flux QA Power De ...

Heat is generated in a long 0.3-cm-diameter cylindrical electric heater at a rate of 180 W/cm 3

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Heat is generated in a long 0.3-cm-diameter cylindrical electric heater at a rate of 180 W/cm³. The heat flux at the surface of the heater in steady operation is
(a) 12.7 W/cm²

(b) 13.5 W/cm²

(d) 180 W/cm²

(e) 191 W/cm²

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Heat And Mass Transfer Fundamentals And Applications

ISBN: 9780073398181

5th Edition

Authors: Yunus Cengel, Afshin Ghajar

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Question Posted: Sep 10, 2023 12:54 AM

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Heat is generated in a long 0.3-cm-diameter cylindrical electric heater at a rate of 180 W/cm 3

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Heat And Mass Transfer Fundamentals And Applications

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