The four forces and geometry shown. The resultant force in x direction is: FBD at A To 75° 150° 30° 500 lb 60 45° Tc +Tp cos 150°-Tc cos 60° sin 45°) i 2) (TB + TD cos 150° + Tc cos 60° sin 45°) i 3) (TB + Tp cos 150° - Tc cos 60° cos 45°) i 4) (TB + TD cos 150° + Tc cos 60° cos 45°) i
The four forces and geometry shown. The resultant force in x direction is: FBD at A To 75° 150° 30° 500 lb 60 45° Tc +Tp cos 150°-Tc cos 60° sin 45°) i 2) (TB + TD cos 150° + Tc cos 60° sin 45°) i 3) (TB + Tp cos 150° - Tc cos 60° cos 45°) i 4) (TB + TD cos 150° + Tc cos 60° cos 45°) i
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 four forces and geometry shown. The resultant force in x direction is:
FBD at A
T₁
To
30°
75°
150° A
500 lb
60
45°
Te
1) (TB
+ Tp cos 150° - Tc cos 60° sin 45°) i
2) (TB + Tp cos 150° + Tc
cos 60° sin 45°) i
3) (TB + Tp cos 150° - Tc cos 60° cos 45°) i
O4) (TB + TD cos 150° + Tc cos 60° cos 45º) i](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fad05f174-a0d0-49fc-8783-9acc9853dff7%2F2d144c42-5e9a-49f9-98dd-fe52823b4ae9%2Fjtjgv2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The four forces and geometry shown. The resultant force in x direction is:
FBD at A
T₁
To
30°
75°
150° A
500 lb
60
45°
Te
1) (TB
+ Tp cos 150° - Tc cos 60° sin 45°) i
2) (TB + Tp cos 150° + Tc
cos 60° sin 45°) i
3) (TB + Tp cos 150° - Tc cos 60° cos 45°) i
O4) (TB + TD cos 150° + Tc cos 60° cos 45º) i
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