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The force, F = 10i - 4j lb, is applied at A in the original system as shown. If the original system is replaced with an equivalent resultant force at moment at point B, select the correct answer. a. F- 10i - 4j Ib; M = 20 lb*ft CW b. F- 4i+ 10j Ib; M = 50 lb*ft CCW c. F- 10i – 4j Ib; M = 20 lb*ft CCWw d. F- 0i - 4j Ib; M = 20 lb*ft CCW e. F--10i + 4j Ib; M = 50 lb*ft CW F=107 -45 lb 5ft

The force, F = 10i - 4j lb, is applied at A in the original system as shown. If the original system is replaced with an equivalent resultant force at moment at point B, select the correct answer. a. F- 10i - 4j Ib; M = 20 lb*ft CW b. F- 4i+ 10j Ib; M = 50 lb*ft CCW c. F- 10i – 4j Ib; M = 20 lb*ft CCWw d. F- 0i - 4j Ib; M = 20 lb*ft CCW e. F--10i + 4j Ib; M = 50 lb*ft CW F=107 -45 lb 5ft

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Rectangular Snip 11. The force, F = 10i - 4j Ib, is applied at A in the original system as shown. If the original system is replaced with an equivalent resultant force at moment at point B, select the correct answer. a. F= 10i – 4j lb; M= 20 lb*ft CW b. F= 4i+ 10j Ib; M = 50 lb*ft CCW c. F= 10i – 4j lb; M= 20 lb*ft CCW F = 0i – 4j Ib; M = 20 lb*ft CCW F= -10i + 4j Ib; M = 50 lb*ft CW F= 107 -45 lb d. e. 5ft
Transcribed Image Text:Rectangular Snip 11. The force, F = 10i - 4j Ib, is applied at A in the original system as shown. If the original system is replaced with an equivalent resultant force at moment at point B, select the correct answer. a. F= 10i – 4j lb; M= 20 lb*ft CW b. F= 4i+ 10j Ib; M = 50 lb*ft CCW c. F= 10i – 4j lb; M= 20 lb*ft CCW F = 0i – 4j Ib; M = 20 lb*ft CCW F= -10i + 4j Ib; M = 50 lb*ft CW F= 107 -45 lb d. e. 5ft
12. Which of the following are equivalent systems for the original force shown? Select all that apply. F RectanguSnip 112 a. b. c. d. F 2F M= F.J 1/3 /3
Transcribed Image Text:12. Which of the following are equivalent systems for the original force shown? Select all that apply. F RectanguSnip 112 a. b. c. d. F 2F M= F.J 1/3 /3
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