he two I-beams are welded together and are initially supported by the three cables of equal length hanging vertically from supports directly above A, B, and C. When applied with the appropriate offset d, the 260-N force causes the system to assume the new equilibrium configuration shown. All three cables are inclined at the same angle θ from the vertical, in planes parallel to the y-z plane. Determine this deflection θ and the proper offset d. Beams AB and OC have masses of 75 kg and 42 kg, respectively. The mass center of beam OC has a y-coordinate of 675 mm.
he two I-beams are welded together and are initially supported by the three cables of equal length hanging vertically from supports directly above A, B, and C. When applied with the appropriate offset d, the 260-N force causes the system to assume the new equilibrium configuration shown. All three cables are inclined at the same angle θ from the vertical, in planes parallel to the y-z plane. Determine this deflection θ and the proper offset d. Beams AB and OC have masses of 75 kg and 42 kg, respectively. The mass center of beam OC has a y-coordinate of 675 mm.
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 two I-beams are welded together and are initially supported by the three cables of equal length hanging vertically from supports directly above A, B, and C. When applied with the appropriate offset d, the 260-N force causes the system to assume the new equilibrium configuration shown. All three cables are inclined at the same angle θ from the vertical, in planes parallel to the y-z plane. Determine this deflection θ and the proper offset d. Beams AB and OC have masses of 75 kg and 42 kg, respectively. The mass center of beam OC has a y-coordinate of 675 mm.
Transcribed Image Text:Tc
T
B
1300 mm
B
1150 mm 260 N
650 mm
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