5kN7 kNFigure (2)For figure (2):For the forces acting on point O. Set F2-6 kN.4 - What is the magnitude of F, for equilibrium.b) 2.24 kNc) 28.74 kNa) 6.55 kNd) 4.31 kNe) 17.29 kNf) 12.93 kNg) None of them5- What is the magnitude of the angle 0 for equilibrium.b) 285.61°a) 89.23°c) 4.69°d) 11.32°e) 112.96°f) 190.33°g) None of them

SKN 7 kN Figure (2) For figure (2): For the forces acting on point O. Set F-6 kN. 4-What is the magnitude of F, for equilibrium. a) 6.55 kN b) 2.24 kN c) 28.74 kN d) 4.31 kN e) 17.29 kN f) 12.93 kN g) None of them 5- What is the magnitude of the angle 0 for equilibrium. b) 285.61° c) 4.69° a) 89.23° d) 11.32° e) 112.96° ) 190.33° g) None of them

SKN 7 kN Figure (2) For figure (2): For the forces acting on point O. Set F-6 kN. 4-What is the magnitude of F, for equilibrium. a) 6.55 kN b) 2.24 kN c) 28.74 kN d) 4.31 kN e) 17.29 kN f) 12.93 kN g) None of them 5- What is the magnitude of the angle 0 for equilibrium. b) 285.61° c) 4.69° a) 89.23° d) 11.32° e) 112.96° ) 190.33° g) None of them

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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