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B 7 10° 3000 kg 30° DOC A 20.0 m boom, AB, is lifting a 1200 kg load (ignore 3000 kg in Figure). The center of mass of t
Posted: Tue May 03, 2022 6:30 am
by answerhappygod
- B 7 10 3000 Kg 30 Doc A 20 0 M Boom Ab Is Lifting A 1200 Kg Load Ignore 3000 Kg In Figure The Center Of Mass Of T 1 (26.52 KiB) Viewed 44 times
B 7 10° 3000 kg 30° DOC A 20.0 m boom, AB, is lifting a 1200 kg load (ignore 3000 kg in Figure). The center of mass of the boom is at the center of the boom, and the mass of the boom is 400 kg. For the angles shown, calculate tension (Ftension) in the cable and the x and y components of the force of the boom on the axle A. A12-HELP (26:30 - 20:15) Ftension = 68.42 x x 103 N FAX = 23.40 x x 10°N + FA = 48.62 * x 10°N