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Consider the thermocouple and convection conditions of Example 1, but now allow for radiation exchange with the walls of a duct that encloses the gas stream. If the duct walls are at 400℃ and the emissivity
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Consider the thermocouple and convection conditions of Example 1, but now allow for radiation exchange with the walls of a duct that encloses the gas stream. If the duct walls are at 400℃ and the emissivity of the thermocouple bead is 0.9, calculate the steady-state temperature of the junction

User Yassine Khachlek
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Answer:

hello your question has some missing part attached below is the complete question

answer : steady state temperature = 419.713k ≈ 218.7⁰c

Time required to reach a junction ≈ 5 secs

Step-by-step explanation:

The detailed solution of the given problem is attached below but the solution to the subsequent problem from which the question you asked is referenced to( problem 1 ), is not attached because it was not part of the question you asked

Consider the thermocouple and convection conditions of Example 1, but now allow for-example-1
Consider the thermocouple and convection conditions of Example 1, but now allow for-example-2
Consider the thermocouple and convection conditions of Example 1, but now allow for-example-3
User Jsaji
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