A tube bank uses a staggered arrangement of D=0.9 cm diameter tubes with S,=2 cm and S=1.5 cm. There are 25 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=1.6 m/s and temperature of T;=303 K. The surface temperature of the tubes is T=237 Kand the tube length is L=57 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=1.389×10³ 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 S,=2 cm and S=1.5 cm. There are 25 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=1.6 m/s and temperature of T;=303 K. The surface temperature of the tubes is T=237 Kand the tube length is L=57 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=1.389×10³ 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.
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heat transfer
![A tube bank uses a staggered arrangement of D=0.9 cm diameter tubes with S,=2 cm
and S=1.5 cm. There are 25 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=1.6 m/s and temperature of T;=303 K. The surface temperature of the tubes is
T=237 Kand the tube length is L=57 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
P;=1.871 kg/m3
Cp=841 J/(kgK)
µ=1.389x105 kg/(ms)
k=0.015 W/(mK)
Pr=0.78
Pr3=0.81](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc684b886-2715-4503-ae8d-787b942b8b7a%2F8b11f14e-92a4-41cb-b962-4e0713500e72%2Fi0nopra_processed.png&w=3840&q=75)
Transcribed Image Text:A tube bank uses a staggered arrangement of D=0.9 cm diameter tubes with S,=2 cm
and S=1.5 cm. There are 25 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=1.6 m/s and temperature of T;=303 K. The surface temperature of the tubes is
T=237 Kand the tube length is L=57 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
P;=1.871 kg/m3
Cp=841 J/(kgK)
µ=1.389x105 kg/(ms)
k=0.015 W/(mK)
Pr=0.78
Pr3=0.81
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