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For the force system shown, determine the moment of the system about the origin. 50N 240 N.m 45 75N 40N 1m 64N 15 35-X

For the force system shown, determine the moment of the system about the origin. 50N 240 N.m 45 75N 40N 1m 64N 15 35-X

Residential Construction Academy: House Wiring (MindTap Course List)
Residential Construction Academy: House Wiring (MindTap Course List)
4th Edition
ISBN:9781285852225
Author:Gregory W Fletcher
Publisher:Gregory W Fletcher
Chapter2: Hardware And Materials Used In Residential Wiring
Section: Chapter Questions
Problem 12RQ
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1. The transmission tower OA is being hoisted into position by the cables AB and AC. The resultant of the cable tensions P and Q, along with the 2400-lb weight of the tower, is a force R acting at point O. Determine P, Q, and R.\

2. 

Question 10 For the force system shown, determine the moment of the system about the origin. 50N 240 N.m 45 75N [im 40N !m 64N 15 35-X A) 239.64 N-m B 369.32 N-m 496.32 N-m D) 649.23 N-m 932.69 N-m
Transcribed Image Text:Question 10 For the force system shown, determine the moment of the system about the origin. 50N 240 N.m 45 75N [im 40N !m 64N 15 35-X A) 239.64 N-m B 369.32 N-m 496.32 N-m D) 649.23 N-m 932.69 N-m
1152_1/overview/attempt/_1863025_1/review/inline-feedback?attempt Blackboard Learm Differential Equations O YouTube Outlook M Gmail reddit essenger Question 9 The transmission tower OA is being hoisted into position by the cables AB and AC. The resultant of the cable tensions Pand Q along with the 2400-ib weight of the tower, is a force Racting at point O. Determine P and O. B 40 ft 28 ft 69 ft 32 ft 2400 lb 20 ft 36 ft 20 ft A) P1603ib: 0-91Slb B P1063b: Q-915b C) P-1360ib: Q-519lb D) P915ib: Q-1063lb E) P-1063I6:Q-951
Transcribed Image Text:1152_1/overview/attempt/_1863025_1/review/inline-feedback?attempt Blackboard Learm Differential Equations O YouTube Outlook M Gmail reddit essenger Question 9 The transmission tower OA is being hoisted into position by the cables AB and AC. The resultant of the cable tensions Pand Q along with the 2400-ib weight of the tower, is a force Racting at point O. Determine P and O. B 40 ft 28 ft 69 ft 32 ft 2400 lb 20 ft 36 ft 20 ft A) P1603ib: 0-91Slb B P1063b: Q-915b C) P-1360ib: Q-519lb D) P915ib: Q-1063lb E) P-1063I6:Q-951
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