Using the component method, determine the resultant force and theequilibrant force of each of the following sets of concurrent forces.1. F₁ = 380 N @ 50⁰ N of EF2 = 650 N @ 22⁰ E of SF3 = 720 N West3. FA = 20 lb SАFB = 24 lb NEFc = 16 lb WestFD = 25 lb @ 32º E of SAFOLLOW THE FORMAT BELOWExample 2:F₁ = 200 d WestF₂ = 300 d @ 35⁰ W of NF3 = 250 d SEF₁ = 450 d @ 80⁰ S of WΣFx-200 (West)300(sin 35⁰)=-172 (West)250(cos 45°)= +177 (East)450(cos 80°)= -78.1 (West)2. F₁ = 332 d @ 35⁰ W of NF2 = 420 d @ 75⁰ E of NF3 = 108 d SW-273 (West)Fy0300(cos 35°)=+246 (North)45⁰= -177 (South)450(sin 80°)=-443 (South)-374 (South)SketchF₁ = 200 dF₂=300 dFAY!F3-250 d45⁰Ft80⁰35⁰1 F2yF3vF4=150 dANSWER NO. 3 ONLY

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Description: Using the component method, determine the resultant force and theequilibrant force of each of the following sets of concurrent forces.1. F₁ = 380 N @ 50⁰ N of EF2 = 650 N @ 22⁰ E of SF3 = 720 N West3. FA = 20 lb SАFB = 24 lb NEFc = 16 lb WestFD = 25

FA→=20 lb S=-20j^ lbFB→=24 lb NE=24(cos45°i^+sin45°j^)≈(17i^+17j^) lbFC→=16 lb W=-16i^ lbFD→=25…

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Using the component method, determine the resultant force and the equilibrant force of each of the following sets of concurrent forces.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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