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Find the corresponding formula to match the conditions of minor loss. A. Dupstream D downstream Sudden conraction Gradual contraction Entrance loss Valves and fittings Exit loss Sudden enlargement Gradual enlargement 90-degree pipe bend B. K=K(- Dupstream D downstream K=K(- G. D. K = K(FT₁ ) E. K=1.0 F. cone angle C. K= K(configuration of the entrance, Vdownsteam) D downstream Dupstream K=K(- -, 8), where 8 is V downsteam) D downstream Dupstream K=K(- Vupsteam) , e), where is cone angle H₁K=K(546) 5), where r is the mean radius of the bend

Find the corresponding formula to match the conditions of minor loss. A. Dupstream D downstream Sudden conraction Gradual contraction Entrance loss Valves and fittings Exit loss Sudden enlargement Gradual enlargement 90-degree pipe bend B. K=K(- Dupstream D downstream K=K(- G. D. K = K(FT₁ ) E. K=1.0 F. cone angle C. K= K(configuration of the entrance, Vdownsteam) D downstream Dupstream K=K(- -, 8), where 8 is V downsteam) D downstream Dupstream K=K(- Vupsteam) , e), where is cone angle H₁K=K(546) 5), where r is the mean radius of the bend

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Find the corresponding formula to match the  conditions of minor loss.

                                                                                                       

Sudden conraction
                                                                                                       

Gradual contraction
                                                                                                       

Entrance loss
                                                                                                       

Valves and fittings
                                                                                                       

Exit loss
                                                                                                       

Sudden enlargement
                                                                                                       

Gradual enlargement
                                                                                                       

90-degree pipe bend
A.

 
B.

, where  is cone angle 
C.

 
D.

 
E.

K=1.0
F.

 
G.

, where  is cone angle 
H.

, where r is the mean radius of the bend
Find the corresponding formula to match the conditions of minor loss. A. Dupstream D downstream Sudden conraction Gradual contraction Entrance loss Valves and fittings Exit loss Sudden enlargement Gradual enlargement 90-degree pipe bend B. K=K(- Dupstream D downstream K=K(- G. D. K = K(FT₁ ) E. K=1.0 F. cone angle C. K= K(configuration of the entrance, Vdownsteam) D downstream Dupstream K=K(- -, 8), where 8 is D downstream Dupstream K=K(- V downsteam) cone angle H²K = K(+)₁ radius of the bend Vupsteam) , e), where is 5), where r is the mean
Transcribed Image Text:Find the corresponding formula to match the conditions of minor loss. A. Dupstream D downstream Sudden conraction Gradual contraction Entrance loss Valves and fittings Exit loss Sudden enlargement Gradual enlargement 90-degree pipe bend B. K=K(- Dupstream D downstream K=K(- G. D. K = K(FT₁ ) E. K=1.0 F. cone angle C. K= K(configuration of the entrance, Vdownsteam) D downstream Dupstream K=K(- -, 8), where 8 is D downstream Dupstream K=K(- V downsteam) cone angle H²K = K(+)₁ radius of the bend Vupsteam) , e), where is 5), where r is the mean
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