18) Consider rotating shaft with imbalanus as shown. A single balancing muss is to he located in the same plane as the imbalance masses. rotates @ woradls • wolad sendoll and je volt Hinnas (0) Mi 30 Tin oil of inlovitur sora dworgas 31. m₁ = 6 hg r₁=250mm my in d m₂ = 4lig √2=200mm | 21 fout w Cies m3 = whg r.3=200mm - anstall 25 full (e staffs ma tot X poole luite H 1) for each muss. calculate centrifugal force. as well as its hor, & vert. components (2) Determine magnitude and angular orientation of centr. force ass. with imbalane mases 3) Deter. may, and angular orientation it locule 120mm
18) Consider rotating shaft with imbalanus as shown. A single balancing muss is to he located in the same plane as the imbalance masses. rotates @ woradls • wolad sendoll and je volt Hinnas (0) Mi 30 Tin oil of inlovitur sora dworgas 31. m₁ = 6 hg r₁=250mm my in d m₂ = 4lig √2=200mm | 21 fout w Cies m3 = whg r.3=200mm - anstall 25 full (e staffs ma tot X poole luite H 1) for each muss. calculate centrifugal force. as well as its hor, & vert. components (2) Determine magnitude and angular orientation of centr. force ass. with imbalane mases 3) Deter. may, and angular orientation it locule 120mm
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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Transcribed Image Text:·1.00.
T3
ts=1 Sint
-ISLOSES
t's = ra sint, ~6
= 1050₂
and crosse
= 8.00
Y6881
Eso
22.5
2
instand
zin
20
777
1
au VB
4 = 465
13/1
6
DF
·Zip
61
ra= 1, Sin
18 Consider
rotating shaft with imbalanus us
shown. A single balancing muss is to he
located in the same plane as the
imbalance masses.
rotates @radls
she the wolad sxvadail and g volt jelatno.
Ma
Hinn 24 (1) m
7
of intoxity 30
30/1₂
66
dworgn's 31.
x
m₁ = 6 hy
1₁=250mm
•mation duwu a
m₂ = Ylly √₂=200mm | 2₁ thout a loss
M3 = whg rz=200mm
anotzil 23-thetto (o
Dolor Jelut:H
1) for each muss. calculate centrifugal force
as well as its hor, & vert. components.
(2) Determine magnitude and angular orientation
of centr. force ass. with imbalane mases
3) Deter. may, and angular orientation it loculed
120mm
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