1. A flat plate is supplied with a constant heat flux of 100 [W/m²] from bottom. The plate has 0.5m2 area and is kept in a room with ambient temperature 20°C. If it has a steady state temperature of 32°C what is the heat transfer coefficient? Ta = 293[K] à = h(T, – Ta) T, = 305[K] %3D q = 100 [W/m²]

1. A flat plate is supplied with a constant heat flux of 100 [W/m²] from bottom. The plate has 0.5m2 area and is kept in a room with ambient temperature 20°C. If it has a steady state temperature of 32°C what is the heat transfer coefficient? Ta = 293[K] à = h(T, – Ta) T, = 305[K] %3D q = 100 [W/m²]

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

1. A flat plate is supplied with a constant heat flux of 100 [W/m2]
from bottom. The plate has 0.5m2 area and is kept in a room with
ambient temperature 20°C. If it has a steady state temperature of
32°C what is the heat transfer coefficient?
Ta = 293[K]
à = h(T, – Ta)
Tp = 305[K]
q = 100 [W/m²]

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