Calculate in SI unit the flux G in pipe 1 Oil being used as caupling agent with a dencity of gaukyln?caupling agent with a density of gaakyln?892kispiping arrangement Shouwn in the fiqurePipe1.1s flawing through Hhe piping arengement shaun in thethrough thefyurehelow at a raeof1.388x10 m²/s enterineThe flow divides equally in each f pipes3 The steeloF pipess The steelpipeshave the following3-460pipeinternal diametespipel=52-5mm,pipe 3= 40.9mmイューのpipe2.1l'ain.pipe-in.pipe3-in pipe3.3.

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ol haing ured au caupling agent with a dencity gf easkyn coupling agent with a density of gaskglm piping arrangement shoewn in the figure pipe l. The'steel 7 pipess pipel = 52-5mm, fhuwing through the e of 1.3&rx10 m²/s entering pipes the flow divides equally in each have the following internal diametes 3-460pipe 3=40.9mm. <> pipe

ol haing ured au caupling agent with a dencity gf easkyn coupling agent with a density of gaskglm piping arrangement shoewn in the figure pipe l. The'steel 7 pipess pipel = 52-5mm, fhuwing through the e of 1.3&rx10 m²/s entering pipes the flow divides equally in each have the following internal diametes 3-460pipe 3=40.9mm. <> pipe

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

Calculate in SI unit the flux G in pipe 1

Oil being used as caupling agent with a dencity of gaukyln?
caupling agent with a density of gaakyln?
892k
is
piping arrangement Shouwn in the fiqure
Pipe1.
1
s flawing through Hhe piping arengement shaun in the
through the
fyure
helow at a rae
of
1.388x10 m²/s enterine
The flow divides equally in each f pipes3 The steel
oF pipess The steel
pipes
have the following
3-460pipe
internal diametes
pipel=52-5mm,
pipe 3= 40.9mm
イューのpipe
2.
1
l'ain.pipe
-in.pipe
3-in pipe
3.
3.

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