The man in the figure pulls the rope with a modulus force of 490 N. Represent this force that acts on support A, as a Cartesian vector. 7,5 m m- 1,5 m m 1:) F = -210î + 1403 + 420k[N] 2:) F = 140î – 2103 – 420k[N] 3:) F = 140i – 2103 + 120À[N] 4:) F = 210î – 1403 – 420Â[N] 5:)
The man in the figure pulls the rope with a modulus force of 490 N. Represent this force that acts on support A, as a Cartesian vector. 7,5 m m- 1,5 m m 1:) F = -210î + 1403 + 420k[N] 2:) F = 140î – 2103 – 420k[N] 3:) F = 140i – 2103 + 120À[N] 4:) F = 210î – 1403 – 420Â[N] 5:)
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
General Physics
![The man in the figure pulls the rope with a modulus force of 490 N. Represent this force that
acts on support A, as a Cartesian vector.
7,5 m
m-
1,5 m
m
1:)
F = -210î + 1403 + 420k[N]
2:)
F = 140î – 2103 – 420k[N]
3:)
F = 140i – 2103 + 120À[N]
4:)
F = 210î – 1403 – 420Â[N]
5:)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F75a6c58b-65f1-4e30-b748-6f59972c4f81%2F4f684e41-0b22-4225-81b1-173316a99619%2Fbyvz9xw_processed.png&w=3840&q=75)
Transcribed Image Text:The man in the figure pulls the rope with a modulus force of 490 N. Represent this force that
acts on support A, as a Cartesian vector.
7,5 m
m-
1,5 m
m
1:)
F = -210î + 1403 + 420k[N]
2:)
F = 140î – 2103 – 420k[N]
3:)
F = 140i – 2103 + 120À[N]
4:)
F = 210î – 1403 – 420Â[N]
5:)
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