The water (density =1000 kg/m3) leaves the nozzle (area of the nozzle=0.01 m). Assuming steady, incompressible, and neglect the weight of jet and the plate, change in elevation is also neglected. Determin the horizontal reaction force (N) on the support. Note that the stagnation tube has a fluid of specific gravity S+6,3 and the deflection of the fluid in stagnation tube is 50 cm. stagnation tube angle-40 deg Nozzle 50 cm angle =20 deg

The water (density =1000 kg/m3) leaves the nozzle (area of the nozzle=0.01 m). Assuming steady, incompressible, and neglect the weight of jet and the plate, change in elevation is also neglected. Determin the horizontal reaction force (N) on the support. Note that the stagnation tube has a fluid of specific gravity S+6,3 and the deflection of the fluid in stagnation tube is 50 cm. stagnation tube angle-40 deg Nozzle 50 cm angle =20 deg

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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Question

The water (density =1000 kg/m3) leaves the nozzle (area of the nozzle=D0.01 m). Assuming steady.
Incompressible, and neglect the weight of jet and the plate, change in elevation is also neglected. Determine
the horizontal reaction force (N) on the support. Note that the stagnation tube has a fluid of specific gravity
S+6,3 and the deflection of the fluid in stagnation tube is 50 cm.
stagnation tube
angle-40 deg
Nozzle
50 cm
angle =20 deg
F10
F12
PriScr
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