under steady-state conditions. If you are given /1 = 200 and 12 = 164 a) the conduction heat flux, q.cond, in W from x = 0 to x = L m2 b) if the dimensions of the triangle are s = 15 mm and h = 13 mm, calculate the heat transfer due to convection, qy, in W at x = L insulation T2 T T = 20°C h= 500 W/m2-K Triangular Prism L= 50 mm k= 100 W/m-K

under steady-state conditions. If you are given /1 = 200 and 12 = 164 a) the conduction heat flux, q.cond, in W from x = 0 to x = L m2 b) if the dimensions of the triangle are s = 15 mm and h = 13 mm, calculate the heat transfer due to convection, qy, in W at x = L insulation T2 T T = 20°C h= 500 W/m2-K Triangular Prism L= 50 mm k= 100 W/m-K

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

under steady-state conditions. If you are given T1 = 200 °C and T2 = 164 °C, determine:
a) the conduction heat flux, q,.cond, in
m2
W
from x = 0 to x = L
b) if the dimensions of the triangle ares 15 mm and h 13 mm, calculate the heat
transfer due to convection, q,y, in W at x = L
Finsulation
T2
T
T = 20°C
h = 500 W/m2.K
Triangular Prism
x L
x 0
L= 50 mm
k = 100 W/m-K

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