Note: Rep number by Problem #4: 8 = 10+C (degrees) D В Use The street-lights at A and B are suspended from the two poles as shown. If the traffic light weighs 5+A-kg and 20+B-kg at point B and C, respectively, 9. Determine the tension in cable AB. (N) 10. Determine the tension in cable BC. (N)
Note: Rep number by Problem #4: 8 = 10+C (degrees) D В Use The street-lights at A and B are suspended from the two poles as shown. If the traffic light weighs 5+A-kg and 20+B-kg at point B and C, respectively, 9. Determine the tension in cable AB. (N) 10. Determine the tension in cable BC. (N)
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter15: Computational Engineering Tools Matlab
Section: Chapter Questions
Problem 40P
Related questions
Question
ID NUMBER - 20-3994-175
*PLEASE ANSWER ALL THE QUESTIONS .
Pls Put the number in every answer
Don't Round Off answers unless it is already the final answer
Final Answer must be up to 3 Decimal Places only
![FRAMEWORK
Problem #4:
A
Note: Replace all zero digits of your ID
number by number "2"
8 = 10+C (degrees)
D
B
Use
X = Last 3 digits of ID number
Y = Last 2 digits of ID number
A = 4th digit of ID number
B = 5th digit of ID number
%3D
C = 6th digit of ID number
e.g.,
ID # = 12-3456-789
The street-lights at A and B are suspended from the two poles as shown. If
the traffic light weighs 5+A-kg and 20+B-kg at point B and C, respectively,
X = 789
Y = 89
9. Determine the tension in cable AB. (N)
A = 4
10. Determine the tension in cable BC. (N)
B = 5
11. Determine the tension in cable CD. (N)
C = 6
12. Determine the angle e. (degrees)
120
ENG](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b8e785a-51b3-4f44-9877-9558213b64d3%2Fd3ffc0e6-c3fe-4542-bea0-2b350d76ce09%2F7xi5gc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:FRAMEWORK
Problem #4:
A
Note: Replace all zero digits of your ID
number by number "2"
8 = 10+C (degrees)
D
B
Use
X = Last 3 digits of ID number
Y = Last 2 digits of ID number
A = 4th digit of ID number
B = 5th digit of ID number
%3D
C = 6th digit of ID number
e.g.,
ID # = 12-3456-789
The street-lights at A and B are suspended from the two poles as shown. If
the traffic light weighs 5+A-kg and 20+B-kg at point B and C, respectively,
X = 789
Y = 89
9. Determine the tension in cable AB. (N)
A = 4
10. Determine the tension in cable BC. (N)
B = 5
11. Determine the tension in cable CD. (N)
C = 6
12. Determine the angle e. (degrees)
120
ENG
![FRAMEWORK
Problem #3:
Note: Replace all zero digits of your ID
number by number "2"
F1= 40 + A (N)
Use
X = Last 3 digits of ID number
Y = Last 2 digits of ID number
F; = 30 N
10 + C (degrees)
A = 4th digi of ID number
B = 5th digit of ID number
%3!
C = 6th digit of ID number
F2= 65 + B (N)
e.g.,
ID # = 12-3456-789
X = 789
5. Determine the horizontal component of force F1. (N)
Y = 89
6. Determine the vertical component of force F2. (N)
A = 4
7. Determine the magnitude of the resultant force. (N)
B = 5
8. Determine the direction of resultant force, measured
clockwise from the positive x axis. (degrees)
C = 6
of 11
MADE41parnere m
ENG](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b8e785a-51b3-4f44-9877-9558213b64d3%2Fd3ffc0e6-c3fe-4542-bea0-2b350d76ce09%2Ffbkgj0k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:FRAMEWORK
Problem #3:
Note: Replace all zero digits of your ID
number by number "2"
F1= 40 + A (N)
Use
X = Last 3 digits of ID number
Y = Last 2 digits of ID number
F; = 30 N
10 + C (degrees)
A = 4th digi of ID number
B = 5th digit of ID number
%3!
C = 6th digit of ID number
F2= 65 + B (N)
e.g.,
ID # = 12-3456-789
X = 789
5. Determine the horizontal component of force F1. (N)
Y = 89
6. Determine the vertical component of force F2. (N)
A = 4
7. Determine the magnitude of the resultant force. (N)
B = 5
8. Determine the direction of resultant force, measured
clockwise from the positive x axis. (degrees)
C = 6
of 11
MADE41parnere m
ENG
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