C5.6 m3.4 m11hị3.1 m4.1 m12h2h2L203X152X14.3ShapeSteelA992 Gr. 50DGage of AnglesIBE75 mmg1T+75 mmg2Bolt26mmBolt Diameter, dpoltb70 mmA=aspaceBspace70 mmd60 mmCspace90 тmdspace=111,75 mmespace90 тmfapace圈I|||I||| From the figure shown, determine the following: (Given values are on the attached excel spreadsheet per item)CTEh11112The mass of the block that can be attached at point E so that the angle indicated (excel) is adequate for member BE. The longer side of the angle is bolted. Find the weight for ASD,2.

Answer In order to find the weight of the block that can be attached at point E to be adequate for…

Answered: The mass of the block that can be…

The mass of the block that can be attached at point E so that the angle indicated (excel) is adequate for member BE. The longer side of the angle is bolted. Find the weight for ASE

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

C
5.6 m
3.4 m
11
hị
3.1 m
4.1 m
12
h2
h2
L203X152X14.3
Shape
Steel
A992 Gr. 50
D
Gage of Angles
IB
E
75 mm
g1
T+
75 mm
g2
Bolt
26
mm
Bolt Diameter, dpolt
b
70 mm
A
=
aspace
Bspace
70 mm
d
60 mm
Cspace
90 тm
dspace
=
11
1,
75 mm
espace
90 тm
fapace
圈
I|||
I|||

From the figure shown, determine the following: (Given values are on the attached excel spreadsheet per item)
C
TE
h1
11
12
The mass of the block that can be attached at point E so that the angle indicated (excel) is adequate for member BE. The longer side of the angle is bolted. Find the weight for ASD,
2.

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