Question (1): (A) The pressure difference Ap of air that flows through a fan, as shown in Figure (1), is a function of the diameter D of the blade, its angular rotation v, the density p of the air, and the flow Q. Using dimensional analysis Approach, fill in the blankets: 1. The unkown function in this application is 2. Using the M-L-T system, the primary dimensions of the pressure difference is Figure (1) ........... and o the volumatric flow rate Q is... 3. II, term is. ., and II, term is... 4. The relation between Ap and these parameters is 出
Question (1): (A) The pressure difference Ap of air that flows through a fan, as shown in Figure (1), is a function of the diameter D of the blade, its angular rotation v, the density p of the air, and the flow Q. Using dimensional analysis Approach, fill in the blankets: 1. The unkown function in this application is 2. Using the M-L-T system, the primary dimensions of the pressure difference is Figure (1) ........... and o the volumatric flow rate Q is... 3. II, term is. ., and II, term is... 4. The relation between Ap and these parameters is 出
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![Question (1):
(A) The pressure difference Ap of air that flows through a fan, as shown in
Figure (1), is a function of the diameter D of the blade, its angular rotation
v, the density p of the air, and the flow Q.
Using dimensional analysis Approach, fill in the blankets:
1. The unkown function in this application is
2. Using the M-L-T system, the primary dimensions of the pressure difference is
the volumatric flow rate Q is...
3. II, term is. ., and II, term is....
4. The relation between Ap and these parameters is
Figure (1)
........... and o
于
生期 女](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F72a12e1e-9d19-41f9-aaae-e109036aa19b%2Fcfb618f2-3d9c-42f5-be4a-68b3088a0b51%2Frgmt4yr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question (1):
(A) The pressure difference Ap of air that flows through a fan, as shown in
Figure (1), is a function of the diameter D of the blade, its angular rotation
v, the density p of the air, and the flow Q.
Using dimensional analysis Approach, fill in the blankets:
1. The unkown function in this application is
2. Using the M-L-T system, the primary dimensions of the pressure difference is
the volumatric flow rate Q is...
3. II, term is. ., and II, term is....
4. The relation between Ap and these parameters is
Figure (1)
........... and o
于
生期 女
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