A tube bank uses a staggered arrangement of D=0.9 cm diameter tubes with S7=2 cm and SL=1.7 cm. There are 23 rows of tubes in flow direction with 14 tubes in each row. Consider an application for which carbon dioxide enters the tube bank with a velocity of V=2.3 m/s and temperature of T;=307 K. The surface temperature of the tubes is T=231 K and the tube length is L=51 cm. What is the outlet temperature of the carbon dioxide at the exit of the tube bank, in K? Properties of carbon dioxide: p=1.963 kg/m3 Pi=1.871 kg/m3 C,=841 J/(kgK) µ=1.389×10-5 kg/(ms) k=0.015 W/(mK) Pr=0.78 Pr,=0.81

A tube bank uses a staggered arrangement of D=0.9 cm diameter tubes with S7=2 cm and SL=1.7 cm. There are 23 rows of tubes in flow direction with 14 tubes in each row. Consider an application for which carbon dioxide enters the tube bank with a velocity of V=2.3 m/s and temperature of T;=307 K. The surface temperature of the tubes is T=231 K and the tube length is L=51 cm. What is the outlet temperature of the carbon dioxide at the exit of the tube bank, in K? Properties of carbon dioxide: p=1.963 kg/m3 Pi=1.871 kg/m3 C,=841 J/(kgK) µ=1.389×10-5 kg/(ms) k=0.015 W/(mK) Pr=0.78 Pr,=0.81

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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