please solve it using phyton

Problem 2 Compute the temperature (K) profile throughout a cylindrical SiGe wire with thermal conductiv- ity k = 4.2 W/(m*K), length L = 0.05 m, and radius R=0.005 m. The PDE governing this system is: a27 ka / at "ar ar porn + k az2 = 0 The boundary conditions are given in the figure below. The solid lines correspond to zero-flux boundary conditions, the long-dashed line to open boundaries with a known temperature, and the short-dashed lines to open boundaries with known flux via convection (the listed T is the "ambient" 7). In this figure, assume z (in m) varies in the horizontal direction while r (in m) varies in the vertical direction (the upper left corner is the origin). 0.05 T= 575 0.005 Ta = 298 h = 7.5 kW/(mK) ! 0.02 0.015 = 1 = 423 hy = 45 kW/(mK) T2 = 348 h2 = 650 kW/(mK) Justify your approach. Plot the temperature distribution throughout the wire using a 2D color- map with proper labels. Include contour lines