Answer showing ALL details. Also, can you please let me know which text book I can find these types of questions in?

1) Steam at 320C flows through a steel pipe (ks=80Wm1K1) with an inner and outer diameter of 5.00cm and 5.50cm respectively. To restrict heat losses, the pipe is insulated with 3.0cm thick glass wool insulation (kw=0.05Wm1K1). The surrounding air is at a constant temperature of 5C. The convective heat transfer coefficients of the steam and surrounding air are 60.0Wm2K1 and 18Wm2K1 respectively. a) Sketch the thermal resistance circuit for the system (10 marks) b) Calculate the net rate of heat loss per metre of pipe to the surrounding air (20 marks) c) Calculate the temperature at the interface between the steel pipe and the glass wool insulation (10 marks) d) Plot the temperature profile across the glass wool insulation. Use at least 5 data points in your plot (10 marks)