Make correction to this exercice and explain in sentence or two why I made the mistake. hot required11. (3) For the beam shown, in the space provided,xa.500 kN-mb.250 N30°7.5 m(2) Draw the Free Body Diagram for the beam(1) Resolve the distributed load into 2 point loads, and indicate their location as a0.2.27mdistance from point O.missingreactions6 kN/mFRA6KN/mFR₂ =IS KNFR = EF = FRA + FR₂ + FR3FR=521 KN/m/ENGR&214Fall 20230.4 m4.5 m30%15 kNBne trA6 KN MÖyFR3Initials5m.08190.15 m+FR = 521 KN-442.5 KN142.5KN/2. (2) Draw the Free Body Diagram for the bar shown, in the space provided.uppeR = = (6) (7.5)FRA→→16(ES MRO = -FR₁ (5m) - FR₂ (7.5m) = -6 KN/m (5m) 15KN/m (7.5m)+(+5 MR₁ = -)FR.d = HR d =500 kN/mIS KNM2.5m 1.5mFR2=(6X45او الـ الـ← AHRFRАу500 KN/ma moment!142.5 KN500 KNHd=<0.27 m

The Question is asking you to draw free body diagram for the given simply supported beam. Then we…

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Engineering

Civil Engineering

correction to this exercice and explain in sentence or two why I made the mis

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

Make correction to this exercice and explain in sentence or two why I made the mistake.

hot required
1
1. (3) For the beam shown, in the space provided,
x
a.
500 kN-m
b.
250 N
30°
7.5 m
(2) Draw the Free Body Diagram for the beam
(1) Resolve the distributed load into 2 point loads, and indicate their location as a
0.2.
27m
distance from point O.
missing
reactions
6 kN/m
FRA
6KN/m
FR₂ =
IS KN
FR = EF = FRA + FR₂ + FR3
FR=521 KN/m/
ENGR&214
Fall 2023
0.4 m
4.5 m
30%
15 kN
B
ne tr
A
6 KN M
Öy
FR3
Initials
5m.
0819
0.15 m
+
FR = 521 KN
-442.5 KN
142.5KN/
2. (2) Draw the Free Body Diagram for the bar shown, in the space provided.
uppeR = = (6) (7.5)
FRA
→→16
(ES MRO = -FR₁ (5m) - FR₂ (7.5m) = -6 KN/m (5m) 15KN/m (7.5m)
+
(+5 MR₁ = -)
FR.d = HR d =
500 kN/m
IS KNM
2.5m 1.5m
FR2=(6X45
او الـ الـ
← A
HR
FR
Ау
500 KN/m
a moment!
142.5 KN
500 KNH
d=<0.27 m

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