could you please run this on python as the question is asked and upload images. also explain your findings! thank you in advance

Do problems 5-83 and 5-90. Run steady state simulation in python. Repeat as transient simulations. How long would it take to reach steady state in each problem? For transient use initial temperatures of 20C and 500C respectively. 5-83 A thin-film 500-W electrical heaier of negligible thickness and dimensions 100nm100mm is sandwictred between two slabs made of eopper alloy (k=120 Whim.K) and stainless steel (15W/mK ). The two plates, copper and sainless seel with thickness 50mm and 50mm, are sarroended by air with heat transfer coefficients of 75W/m2. K and 25W/m2K, respectively. The plates are subjected to a conatant iemperature of 50C and 30C at the top and the bottom surface, respectively, as shown in Fig. PS-83. The temperature of the surrounding air is maintained ot 20C Determine (a) the finite difference formulation at each node and (b) the location of maximum temperature. In Ch 5 for square mesh: T_left +T T_above +T T_right +T bbelow 4T _node + e_dotnode L2/k=0