=+14-29. For the surface shown in Fig. 14-12 with 6.7 fins per in ., the air mass
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=+14-29. For the surface shown in Fig. 14-12 with 6.7 fins per in ., the air mass velocity G, is 1800 Ibm/(hr-ft-) and the air is heated from 70 to 120 F. Compute the heat-transfer coefficient and friction factor using
(a) Fig. 14-12,
(b) Figs. 14-14 and 14-15.
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