The left side (at x = 0) of a large plane wall with a surface area of A = 10 m2 and thickness of L = 0.5 m is subjected to a heat flux of q = 500 W/m2 . Temperature of this surface is measured as T1 = 70 C (k = 2.2 W/m.C). a. Derive the differential equation and express the boundary conditions for steady one dimensional heat conduction throu

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The left side (at x = 0) of a large plane wall with a surface area of A = 10 m2 and thickness  of L = 0.5 m is subjected to a heat flux of q = 500 W/m2 . Temperature of this surface is  measured as T1 = 70 C (k = 2.2 W/m.C). a. Derive the differential equation and express the boundary conditions for steady one  dimensional heat conduction through the wall b. Obtain a relation for variation of temperature in the wall c. Calculate the temperature of the other surface of the wall (at x = L

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