BA? Pese ve que1.
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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The first photo was the screenshot of my question here in Bartleby. But in other site (chegg), I saw the same problem but the answers are different. On another site also, the answers are the same as of chegg—however, "member AB" was stated, and not BA.
I am hoping for clarification on what process to use, and why. Thank you

Transcribed Image Text:Sol:- Cosine Rle;
FSA =I 60021 So02-2(600) (sco) cose)
* 214.911b
500
Sine Rale,'-
BA
sinzo°
·Sin O
SO0
21491
500
Sin / sifr0)
20°C
500
2149リ
* 52.7
![TNT 4G
SUN ll ll
O O N78%
1 6:51
= bartleby
Q&A
Engineering / Mechanical Engineeri... / Q&A Library /
1. Determine the design angle e (e<...
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tutor today
need from online tutors!
BAP Phase ven fque .
need from online tutors!
tutor today
View transcribed image text ) Expand
Expert Answer
Step 1
Solution:
Step 2
The free body diagram is shown below:
TAB
need from online tutors!
tutor today
600 lb
20°
500 lb
The equilibrium equation in the horizontal direction:
++£F, = 0
(6001bxcos 20°)+ 500 1b + [T,g × cos (20° +e)] =0
x cos (20°+0) =-1063.821b.
-(1)
The equilibrium equation in the vertical direction:
↑ +EF, =(
(6001bx sin 20°) +[Tgx sin ( 20°+0)]=0
[Tg x sin (20° +0)]=
+0)=-205.211b.
-(2)
AB
Step 3
Divide equation (2) by equation (1) to determine the angle:
sin (20°+0)
cos( 20°+0) -1063.821b
-205.211b
(20°+0)= tan (0.193)
e = -9.076°
Thus, the force in member AB is calculated as:
Tg X sin (20°+0)=-205.211b
Тдв х(20°-9.076°) %3 -205.211b
Negative sign indicates the direction
of the force is pointing from B to A.
Тів —1082.86 1b
Was this solution helpful?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Faf2dc8c6-23a2-477d-9916-53df969568b5%2Ff024baaa-b20c-466c-80c7-e29825b4d7e0%2Fzdefc9u_processed.jpeg&w=3840&q=75)
Transcribed Image Text:TNT 4G
SUN ll ll
O O N78%
1 6:51
= bartleby
Q&A
Engineering / Mechanical Engineeri... / Q&A Library /
1. Determine the design angle e (e<...
Get live help whenever you Try bartleby
tutor today
need from online tutors!
BAP Phase ven fque .
need from online tutors!
tutor today
View transcribed image text ) Expand
Expert Answer
Step 1
Solution:
Step 2
The free body diagram is shown below:
TAB
need from online tutors!
tutor today
600 lb
20°
500 lb
The equilibrium equation in the horizontal direction:
++£F, = 0
(6001bxcos 20°)+ 500 1b + [T,g × cos (20° +e)] =0
x cos (20°+0) =-1063.821b.
-(1)
The equilibrium equation in the vertical direction:
↑ +EF, =(
(6001bx sin 20°) +[Tgx sin ( 20°+0)]=0
[Tg x sin (20° +0)]=
+0)=-205.211b.
-(2)
AB
Step 3
Divide equation (2) by equation (1) to determine the angle:
sin (20°+0)
cos( 20°+0) -1063.821b
-205.211b
(20°+0)= tan (0.193)
e = -9.076°
Thus, the force in member AB is calculated as:
Tg X sin (20°+0)=-205.211b
Тдв х(20°-9.076°) %3 -205.211b
Negative sign indicates the direction
of the force is pointing from B to A.
Тів —1082.86 1b
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