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6.2 Radiation heat transfer (Show your Work) A woodstove in an Amish living room is a rectangular box 2.5' x 1.8' x 1.7 (i.e., an emitting area of 2.19437m2). Assume that it has an infrared emissivity (0=0.90) with a temperature of 226.85 °C and that the room is at 22.00 °C. 0-5.670373x1o* Wm'K) Temperature Scale comersion: TaniTe+ 273.15 What is the net radiant heat flow into the room (in watts)?

6.2 Radiation heat transfer (Show your Work) A woodstove in an Amish living room is a rectangular box 2.5' x 1.8' x 1.7 (i.e., an emitting area of 2.19437m2). Assume that it has an infrared emissivity (0=0.90) with a temperature of 226.85 °C and that the room is at 22.00 °C. 0-5.670373x1o* Wm'K) Temperature Scale comersion: TaniTe+ 273.15 What is the net radiant heat flow into the room (in watts)?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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6.2 Radiation heat transfer (Show your Work) A woodstove in an Amish living room is a rectangular box 2.5' x 1.8' x 1.7 (i.e., an emitting area of 2.19437m2). Assume that it has an infrared emissivity (0=0.90) with a temperature of 226.85 °C and that the room is at 22.00 °C. O-5.670373x10* Wm'K) Tomnerature Scale conversion: Tkani-T+273.15 What is the net radiant heat flow into the room (in watts)?
Transcribed Image Text:6.2 Radiation heat transfer (Show your Work) A woodstove in an Amish living room is a rectangular box 2.5' x 1.8' x 1.7 (i.e., an emitting area of 2.19437m2). Assume that it has an infrared emissivity (0=0.90) with a temperature of 226.85 °C and that the room is at 22.00 °C. O-5.670373x10* Wm'K) Tomnerature Scale conversion: Tkani-T+273.15 What is the net radiant heat flow into the room (in watts)?
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