Need BASIC python code

here is the formulas

Substitute 95 C for To, 0.1 m for Ax, 2.3 W/m . K for k, 18 W/m2 . K for h, and 15 C for T. in the nodal equations for nodes 1 through 4. 95-27, + 72 =0 71 -272 + 13 = 0 T2 -273 + TA = 0 8(15-TA) +2.3 53- 74=0 Thus by solving the above equations, we get the temperatures as 7 = 79.842.C T2 = 64.684 C , 73 = 49.526.C , and TA = 34.368.C Comment Step 3 of 3 (c) The rate of heat transfer through the wall is 9 = hA(TA - T.) Substitute 34.368C for TA, 15 C for To, 20 m for A, and 18 W/m . K for h 0 = hA(TA - T. ) = 18x 20(34.368 -15) = 6972.48 W Thus the rate of heat transfer through the wall is 6972.48 W