Q: Design the duct system by using velocity reduction method andfindFTP andtheamountof dampering required.Assumeadynamic loss coefficient of0.3for downstream and 0.5forupstreamtobranchandfortheelbow.Thedynamiclosscoefficients for the outlets may be taken as 1.0.1m'/s10 m2 m /s30 m9 m/sFAN30 m45 m10 m1m /s

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2: Design the duct system by using velocity reduction method an Eind FTPmax dynamic loss apstream coefficients for the outlets may be taken as 1.0. and the amount of dampering required. Assume coefficient of 0.3 for downstream and 0.5 to branch and for the elbow. The dynamic lo

2: Design the duct system by using velocity reduction method an Eind FTPmax dynamic loss apstream coefficients for the outlets may be taken as 1.0. and the amount of dampering required. Assume coefficient of 0.3 for downstream and 0.5 to branch and for the elbow. The dynamic lo

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

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
0.3
for downstream and 0.5
for
upstream
to
branch
and
for
the
elbow.
The
dynamic
loss
coefficients for the outlets may be taken as 1.0.
1m'/s
10 m
2 m /s
30 m
9 m/s
FAN
30 m
45 m
10 m
1m /s

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