The figure below has the following weight per length. W₁ = 150 lb/ft W₂ = 175 lb/ft W3 = 130 lb/ft Compute the following: Show the full computation of the distances. 1. The resultant force of Load #1 and the distance from A. 2. The resultant force of load # 2 and the distance from A. 3. The resultant force of Load #3 and the distance from A. 4. The resultant force of Load #4 and the distance from A. 5. The moment of the resultant forces at D. Take clockwise rotation as positive and counterclockwise as negative. (18 pts) W₁ 1 ft A B Load #1 6 ft C Load #2 4 ft W₂ D Load #3 5 fl WE E Load #4 8 ft F LL
The figure below has the following weight per length. W₁ = 150 lb/ft W₂ = 175 lb/ft W3 = 130 lb/ft Compute the following: Show the full computation of the distances. 1. The resultant force of Load #1 and the distance from A. 2. The resultant force of load # 2 and the distance from A. 3. The resultant force of Load #3 and the distance from A. 4. The resultant force of Load #4 and the distance from A. 5. The moment of the resultant forces at D. Take clockwise rotation as positive and counterclockwise as negative. (18 pts) W₁ 1 ft A B Load #1 6 ft C Load #2 4 ft W₂ D Load #3 5 fl WE E Load #4 8 ft F LL
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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Please answer number 4 and 5 only
Transcribed Image Text:The figure below has the following weight per length.
W₁ = 150 lb/ft
-
W₂ = 175 lb/ft
W3 = 130 lb/ft
Compute the following: Show the full computation of the distances.
1. The resultant force of Load #1 and the distance from A.
2. The resultant force of load # 2 and the distance from A.
3. The resultant force of Load #3 and the distance from A.
4. The resultant force of Load #4 and the distance from A.
5. The moment of the resultant forces at D. Take clockwise rotation as positive and
counterclockwise as negative. (18 pts)
W₁
1 ft
A B
Load #1
6 ft
C
Load #2
4 ft
W₂
D
Load #3
5 ft
WE
Load #4
8 ft
F
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