Q: Design the duct system by using velocity reduction method and find FTPax and the of dampering required. amount Assume a dynamic loss coefficient of upstream coefficients for the outlets may be taken as 1.0. for downstream and 0.5 dynamic 0.3 for to branch and for the elbow. The loss Q: Design the duct system by using velocity reduction method andfindFTP andtheamountof dampering required.Assumeadynamic loss coefficient ofupstreamcoefficients for the outlets may be taken as 1.0.0.3for downstream and 0.5fortobranchandfortheelbow.Thedynamicloss1m' /s10 m2m' /s30 m9 m/sFAN30 m45 m10 m1m /s

Schematic representation of Duct system

Answered: Q: Design the duct system by using…

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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Q: Design the duct system by using velocity reduction method and find FTPax and the of dampering required. amount Assume a dynamic loss coefficient of upstream coefficients for the outlets may be taken as 1.0. for downstream and 0.5 dynamic 0.3 for to branch and for the elbow. The loss

Q: Design the duct system by using velocity reduction method and
find
FTP and
the
amount
of dampering required.
Assume
a
dynamic loss coefficient of
upstream
coefficients for the outlets may be taken as 1.0.
0.3
for downstream and 0.5
for
to
branch
and
for
the
elbow.
The
dynamic
loss
1m' /s
10 m
2m' /s
30 m
9 m/s
FAN
30 m
45 m
10 m
1m /s

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