A non-insulated uniform rod positioned between two bodies of constant but different temperature, where T2>T1 and T1>Ta At steady-state the heat balance is: dx2d2T+h(TaT)=0T(0)=T1;T(L)=T2 Where h is the heat transfer coefficient, m2,T is the temperature of the rod, and Ta is the temperature of the surrounding air, C. Use the shooting method to solve for the temperature distribution for a 10-m rod with h=0.01m2, and Ta=20,T1=40,T2=200C. Use 4th order Runge-Kutta method with integration step of 2 . A non-insulated uniform rod positioned between two bodies of constant but different temperature, where T2>T1 and T1>Ta At steady-state the heat balance is: dx2d2T+h(TaT)=0T(0)=T1;T(L)=T2 Where h is the heat transfer coefficient, m2,T is the temperature of the rod, and Ta is the temperature of the surrounding air, C. Use the shooting method to solve for the temperature distribution for a 10-m rod with h=0.01m2, and Ta=20,T1=40,T2=200C. Use 4th order Runge-Kutta method with integration step of 2