I need the answer as soon as possible Q4// As in figure below, calculate the magnitude of the force (R which required tomaintain the gate in equilibrium.herve- ol7ち、5-\5vacum0.147 barfH= Chc ASp:ツく+airソ、Afu= CAF=waterEMo : 05.5m2m Liquid s= 1.45R-6734.3Nwide of gate=1m

Answered: Image /qna-images/answer/da344ab3-4d37-4f97-938c-8301fc5fd977.jpg

Q4// As in figure below, calculate the magnitude of the force (R which required to maintain the gate in equilibrium. 1.5 herve ol7 ち、5-\.5 a vacum 0.147 FH= Shc A air ソ、A fu-とA F= water EMo: 5.5m W 2m Liquid s= 1.45 R-6734.3 B. wide of gate=1m

Q4// As in figure below, calculate the magnitude of the force (R which required to maintain the gate in equilibrium. 1.5 herve ol7 ち、5-\.5 a vacum 0.147 FH= Shc A air ソ、A fu-とA F= water EMo: 5.5m W 2m Liquid s= 1.45 R-6734.3 B. wide of gate=1m

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

I need the answer as soon as possible

Q4// As in figure below, calculate the magnitude of the force (R which required to
maintain the gate in equilibrium.
herve- ol7
ち、5-\5
vacum
0.147 bar
fH= Chc A
Sp:ツく+
air
ソ、A
fu= CA
F=
water
EMo : 0
5.5m
2m Liquid s= 1.45
R-6734.3N
wide of gate=1m

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