An open container with cross sectional area S receives heat to the stationary fluid inside with height L such that temperature remains at T1. Heat is being transfer at the top of liquid to the surrounding air at temperature T0 with heat transfer coefficient h. All the sides of the container are completely isolated (heat is conducted in only one direction). In addition, inside of the liquid there is heat generation at the rate of G per unit volume. a) Write down the steady state energy equation and all boundary conditions for conduction of heat in the liquid. b) Find an expression for temperature distribution in the liquid inside the container