A solar collector as shown in the figure is used for a heating process where atmospheric air of kg/s and T1=30°C flowing

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A solar collector as shown in the figure is used for a heating process where atmospheric air of kg/s and T1=30°C flowing

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A Solar Collector As Shown In The Figure Is Used For A Heating Process Where Atmospheric Air Of Kg S And T1 30 C Flowing 1
A Solar Collector As Shown In The Figure Is Used For A Heating Process Where Atmospheric Air Of Kg S And T1 30 C Flowing 1 (28.96 KiB) Viewed 47 times
A solar collector as shown in the figure is used for a heating process where atmospheric air of kg/s and T1=30°C flowing through a rectangular channel of size (L-300 cm.w. 60 cm and H-10 cm). The bottom surface of the channel is well insulated, while the top surface is subjected to a uniform heat flux of [XXX] W/m2. Assuming fully developed flow, determine: a) Determine the air outlet temperature. [3 marks] b) Calculate the convective heat transfer coefficient. [7 marks] c) Determine the surface temperature of the plate at the outlet. [3 marks! Using the air properties: Ik -0.02588 W/mK: 1.007 kJ/kg K: P, -0.7282;u - 1.872x105 kg/ms] Hint: (XXX)= the last three numbers of your ID. Absorber plate Rectangular channel Air பன்
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