A fan running at 1480 rpm takes in 6 m^3/min of air at inlet conditions of P_1=950 mbar and T_1=15^0 C. If the fan impeller dimeter is 40 cm and the table tip air angle 20^0, determine the total pressure developed by the fan and the impeller width at exit. Take the radial velocity at the exit as 0.2 times the impeller tip speed. State the assumptions used.
A fan running at 1480 rpm takes in 6 m^3/min of air at inlet conditions of P_1=950 mbar and T_1=15^0 C. If the fan impeller dimeter is 40 cm and the table tip air angle 20^0, determine the total pressure developed by the fan and the impeller width at exit. Take the radial velocity at the exit as 0.2 times the impeller tip speed. State the assumptions used.
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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A fan running at 1480 rpm takes in 6 m^3/min of air at inlet conditions of P_1=950 mbar and T_1=15^0 C. If the fan impeller dimeter is 40 cm and the table tip air angle 20^0, determine the total pressure developed by the fan and the impeller width at exit. Take the radial velocity at the exit as 0.2 times the impeller tip speed. State the assumptions used.
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