Please show work for e and f thank you very much A beam resting on 2 pivot has a leng th ct L:6.00m 3 mass M=87,0 Kg.lteP:vot under te left endexerts cd normal force naon tle bean and te seonePivot placed a distance l=4.00m from the left end exertsa normal force nz.AwemanCE mass m=S7.0Kg Step cnto the left end cf the bean and beginswlfing to theri7the figurehelew.pacinge womanX melertytre, igh Saketch a ffree Andy diagram lebeli ng de gravidational forcesacting on thebeam and plasing the uman X ochers lo Herighe ortte First pivetwhichis the origin.4.00m6.00mblwhere is He woman when tre nermal foereent isthe greatest?X-0isewr e PivetOmC) what is ni when the beam is abouttetipONdIUse the Foree equation of equilibrium fo Find the Value of nz When thebeam is a bout to tip n1: n2-Ma-mq 1411.2NO=n2-19.8)(87.0kg)-(5T0K4.8ms- n2:1411.2e)using the resutof part Cand the torque equilibrium equaticn withtorques cempuled arcund the second pivot point, find the weman'sPosThion when the beam is about to tip.F)Check tieanswer to part le) by computing torgque around the Firstpăvet point.

Given that:L=6.00 mM=87 kgl= 4.00 mm=57 kg We need to work for Part e and f

SJA beam resting on 2 pivot has a leng th ct L:6.00m 3 mass M=87.0 Kg. The Pivot under te left end exerts co normal force naon the bean and the seone Pivot placed a diotance l=4.00m from theleft end exertsa normal force n2 .A 4eman CE mass m=S7.0Kg Step cnto the left end cf the bean and beginsuing totheri7 the figure helew.

SJA beam resting on 2 pivot has a leng th ct L:6.00m 3 mass M=87.0 Kg. The Pivot under te left end exerts co normal force naon the bean and the seone Pivot placed a diotance l=4.00m from theleft end exertsa normal force n2 .A 4eman CE mass m=S7.0Kg Step cnto the left end cf the bean and beginsuing totheri7 the figure helew.

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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