3. (a) A nozzle of inlet area A₁ and exit area A2 exhausts to atmosphere. A fluid of density penters the nozzle with pressure p₁ (gauge) and velocity u₁. Show that the force trying toseparate the nozzle from the pipe is given by2F = P₁A₁ - pA₁u₁²whether the nozzle is frictionless or not.A₁A₂-1)

A nozzle of inlet area A₁ and exit area A2 exhausts to atmosphere. A fluid of density p enters the nozzle with pressure p1 (gauge) and velocity u₁. Show that the force trying to separate the nozzle from the pipe is given by 2 F = P₁A₁ - pA₁u‚“ whether the nozzle is frictionless or not. A₁ A₂ -1

A nozzle of inlet area A₁ and exit area A2 exhausts to atmosphere. A fluid of density p enters the nozzle with pressure p1 (gauge) and velocity u₁. Show that the force trying to separate the nozzle from the pipe is given by 2 F = P₁A₁ - pA₁u‚“ whether the nozzle is frictionless or not. A₁ A₂ -1

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

3. (a) A nozzle of inlet area A₁ and exit area A2 exhausts to atmosphere. A fluid of density p
enters the nozzle with pressure p₁ (gauge) and velocity u₁. Show that the force trying to
separate the nozzle from the pipe is given by
2
F = P₁A₁ - pA₁u₁²
whether the nozzle is frictionless or not.
A₁
A₂
-1)

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