Determine the resultant of the given vector forcesby providing your answer in terms of themagnitude and direction. Then, sketch the"vector polygon" showing the given vectors andresultant, to approximate scale. Show all work,including appropriate units, on a separate sheetand upload.F = 84 lbs, F2 = 245 lbs, F3 = 249 lbs, m =3.6, n = 8.7, and a = 143°.Note: Figure not necessarily drawn to scale.F1F,Determine the magnitude of the resultant of thevectors in 1bs:Determine the angle of the resultant vector,measured in degrees, CCCW from the positive x-axis. Your answer should be positive. Forexample, -30° should be expressed as 330°.On your own paper, sketch the "vector polygon"showing the initial vectors adding to theresultant. Type in 1 if you attempted it, 0 if youdid not.

Name: Determine the resultant of the given vector forcesby providing your a
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Description: Determine the resultant of the given vector forcesby providing your answer in terms of themagnitude and direction. Then, sketch the"vector polygon" showing the given vectors andresultant, to approximate scale. Show all work,including appropriate uni

Given: F1=84 lbF2=245 lbF3=249 lbm=3.6n=8.7α=143°

Engineering

Mechanical Engineering

Determine the resultant of the given vector forces by providing your answer in terms of the magnitude and direction. Then, sketch the "vector polygon" showing the given vectors and resultant, to approximate scale. Show all work, including appropriate units, on a separate sheet and upload. F = 84 lbs, F2 = 245 lbs, F3 = 249 lbs, m = 3.6, n = 8.7, and a 143°. Note: Figure not necessarily drawn to scale.

Determine the resultant of the given vector forces by providing your answer in terms of the magnitude and direction. Then, sketch the "vector polygon" showing the given vectors and resultant, to approximate scale. Show all work, including appropriate units, on a separate sheet and upload. F = 84 lbs, F2 = 245 lbs, F3 = 249 lbs, m = 3.6, n = 8.7, and a 143°. Note: Figure not necessarily drawn to scale.

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter8: Centroids And Distributed Loads

Section: Chapter Questions

Problem 8.104P

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