2) A pipe carrying steam has a uniform layer of insulation. The steam nevertheless condenses somewhat as it flows throug

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2 A Pipe Carrying Steam Has A Uniform Layer Of Insulation The Steam Nevertheless Condenses Somewhat As It Flows Throug 1 (20.87 KiB) Viewed 28 times

2) A pipe carrying steam has a uniform layer of insulation. The steam nevertheless condenses somewhat as it flows through the pipe. Assumping the temperature variation in the pipe wall as well as in the insulation is a function of radial location only (T = T(r)), a) sketch the T-r graph for the pipe as well as the insulation on a single graph. Note any special features on the different parts of the graph. b) Simplify the heat equation as it applies in the (i) pipe wall and (ii) in the insulation.