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consider steady one-dimensional heat conduction in a plane wallwith variable heat generation and constant thermal conductivity.The nodal network of the medium consists of nodes 0, 1, 2, 3, 4,and 5 with a uniform nodal spacing of Δx. The temperature at theright boundary (node 5) is specified. Using the energy balanceapproach, obtain the finite difference formulation of the boundarynode 0 on the left boundary for the case of combined convection,radiation, and heat flux at the left boundary with an emissivityof ε, convection coefficient of h, the ambienttemperature of T∞, the surrounding temperatureof Tsurr, and uniform heat flux of q0. Also, obtainthe finite difference formulation for the heat transfer rate at theright boundary.
T surr Radiation E Convection h, Too 90 Ax ė(x) 0 1 2 3 4 5 T5