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Question: 1 boundary conditions determine solutions of the steadystate heat equation...

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1. Boundary Conditions Determine solutions of the steady-state heat equation with no sources in a bar of length L 1 subject to the following boundary conditions and thermal conductivity Ko. Give aphysical interpretation of each boundary condition. If a steady-state solution does not exist, give a physical reason why (b) K,2 ( 0, 1 L) (c) K,-1,-Kodz-H(u-uo) (x = 0), u = 0 (x = L), where H and uo are constants. How is your solution affected as H-00? (e) Ko = 1,du = 1 (x = 0), dr = 1 (x = L) What additional informa- tion do you need to specify the steady state temperature?
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