You are supposed write a Matlab code that will calculate the interior temperature distribution for the thin steel rod

1. Use Explicit and Implicit Methods (PDE solving methods) to approximate the governing equation given above. Choose the 2 wisely to make sure that explicit method will converge. Based on the 2 value calculate your time step size. You have 2 BCs and 1 IC for this problem and pay attention that on the right end is insulated. Initially, the thin rod is at 200 C. L = 2.5 m; To = 0 C at x = 0 and dT/dx) = 0 at x = L; n = 48 (# of interior nodes); kg ty = 15 sn,; p = 980 C = 490 and k = 54 W/(m.K). kg.K m3! ? Governing Equation: ar = 0 a L 1. Use Explicit and Implicit Methods (PDE solving methods) to approximate the governing equation given above. Choose the 2 wisely to make sure that explicit method will converge. Based on the 2 value calculate your time step size. You have 2 BCs and 1 IC for this problem and pay attention that on the right end is insulated. Initially, the thin rod is at 200 C. L = 2.5 m; To = 0 C at x = 0 and dT/dx) = 0 at x = L; n = 48 (# of interior nodes); kg ty = 15 sn,; p = 980 C = 490 and k = 54 W/(m.K). kg.K m3! ? Governing Equation: ar = 0 a L