= 1. A pile of organic substances is left to decompose over an adiabatic surface. Due to biochemical reactions, the pile

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1 A Pile Of Organic Substances Is Left To Decompose Over An Adiabatic Surface Due To Biochemical Reactions The Pile 1 (151.32 KiB) Viewed 21 times

= 1. A pile of organic substances is left to decompose over an adiabatic surface. Due to biochemical reactions, the pile experiences uniform volumetric energy generation at a rate of q 50 W/m³. As the pile is in open air (L=1 m), it experiences heat transfer by convection (h = 10 W/m²K, Tinf = 25°C), and solar irradiation in the amount of Gsun = 430 W/m². a) Find the temperature distribution in the pile of materials and plot the temperature distribution for 0≤x≤L at 0.1 m intervals. Note: use Excel or other software for plotting T(x). Handwritten plots are not accepted. b) Using a surface energy balance verify that the temperature value at x=L is the same as the one obtained with the equation T(x) found in numeral (b). c) What is the surface temperature at the bottom? Air h, Too X(+) 4 not ģ SSS Grun - T₁ = ? eceے k= 0.481 W тк E = L = 0.95