Help Solving using MATLAB

Required information Heat is conducted along a metal rod positioned between two fixed temperature walls. Aside from conduction, heat is transferred between the rod and the surrounding air by convection. Based on a heat balance, the distribution of temperature along the rod is described by the following second-order differential equation: dx2 where T= temperature (K), h'= a bulk heat transfer coefficient reflecting the relative importance of convection to conduction (m-2), x= distance along the rod (m), and To-temperature of the surrounding fluid (K). Develop a function to solve these equations from x= 0 to L and return the resulting distances and temperatures. The first line of your function should be function [x, y] = YourLastName-rod(hp, Tin+, Te, TL, L, dx) (Please upload your response/solution using the controls below.) Required information Heat is conducted along a metal rod positioned between two fixed temperature walls. Aside from conduction, heat is transferred between the rod and the surrounding air by convection. Based on a heat balance, the distribution of temperature along the rod is described by the following second-order differential equation: dx2 where T= temperature (K), h'= a bulk heat transfer coefficient reflecting the relative importance of convection to conduction (m-2), x= distance along the rod (m), and To-temperature of the surrounding fluid (K). Develop a function to solve these equations from x= 0 to L and return the resulting distances and temperatures. The first line of your function should be function [x, y] = YourLastName-rod(hp, Tin+, Te, TL, L, dx) (Please upload your response/solution using the controls below.)