Activity 2: The boom shown weighs 800N with its center of gravity at the middle. It ispin-connected to the wall at B and supported by cable AC. It also supports a 1200N pullat A. Determine the stress in AC and the horizontal and vertical components of thereaction at B.206m601200N 6:13 9:10KB/sES2 - Module...EXERCISES:DIRECTION: On short/long bond paper or activity paper, solve the following activitiescorrectly and honestly. Finish or not finish, submit the Photo of your solution via googleclassroom on October 10, 2020. You have so much time to accomplish this activities,therefore, late requirement will not be accepted.Activity 1: The boom AB is supported in the position shown by a cable which runs overa small pulley at D. Compute the tension T in the Cable, and the horizontal and verticalcomponents of the reaction at hinge A. Neglect the size of the pulley at D.D3mIm300N1m60°Im500NActivity 2: The boom shown weighs 800N with its center of gravity at the middle. It ispin-connected to the wall at B and supported by cable AC. It also supports a 1200N pullat A. Determine the stress in AC and the horizontal and vertical components of thereaction at B.20А6m1200N1...III

Activity 1: The boom AB is supported in the position shown by a cable which runs over a small pulley at D. Compute the tension T in the Cable, and the horizontal and vertical components of the reaction at hinge A. Neglect the size of the pulley at D. D B 3m 300N 1m 1m 500N Activity 2: The b0om shown weighs 800N with its center of gravity at the middle. It is pin-connected to the wall at B and supported by cable AC. It also supports a 1200N pull at A. Determine the stress in AC and the horizontal and vertical components of the reaction at B. 20 A. 6m 60 1200N

Activity 1: The boom AB is supported in the position shown by a cable which runs over a small pulley at D. Compute the tension T in the Cable, and the horizontal and vertical components of the reaction at hinge A. Neglect the size of the pulley at D. D B 3m 300N 1m 1m 500N Activity 2: The b0om shown weighs 800N with its center of gravity at the middle. It is pin-connected to the wall at B and supported by cable AC. It also supports a 1200N pull at A. Determine the stress in AC and the horizontal and vertical components of the reaction at B. 20 A. 6m 60 1200N

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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Activity 2: The boom shown weighs 800N with its center of gravity at the middle. It is
pin-connected to the wall at B and supported by cable AC. It also supports a 1200N pull
at A. Determine the stress in AC and the horizontal and vertical components of the
reaction at B.
20
6m
60
1200N

6:13 9:10
KB/s
ES2 - Module...
EXERCISES:
DIRECTION: On short/long bond paper or activity paper, solve the following activities
correctly and honestly. Finish or not finish, submit the Photo of your solution via google
classroom on October 10, 2020. You have so much time to accomplish this activities,
therefore, late requirement will not be accepted.
Activity 1: The boom AB is supported in the position shown by a cable which runs over
a small pulley at D. Compute the tension T in the Cable, and the horizontal and vertical
components of the reaction at hinge A. Neglect the size of the pulley at D.
D
3m
Im
300N
1m
60°
Im
500N
Activity 2: The boom shown weighs 800N with its center of gravity at the middle. It is
pin-connected to the wall at B and supported by cable AC. It also supports a 1200N pull
at A. Determine the stress in AC and the horizontal and vertical components of the
reaction at B.
20
А
6m
1200N
1
...
III

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