Please help me with #4 of this problem. Thank you! save for Forcein'Rod AB:i). Equilibriurm Equation (sum of forces)2). Geometry Equation Cie., what do you physically know abt the dafermations)s3). Compatabiliity Equations Ci.e, relake farces to deformations)4). Solve system of equations to determine Force in FAg. Bar (AB)Leng th =8inAreaa 1 in?E= 10.6e6 psiPe24kipsBar (I)Bar (2)Bar CD)Length= 4inArea=2in?E- 10.6e6 psi

Answered: Image /qna-images/answer/d344f79f-fc1a-4f98-acc9-87b49626837b.jpg

save for Force in Rod AB: 1). Eguilibrium Equation (Sum of forces) (sum of forces) 2). Geometry Equation (ie., what do you physically krow about the daformations)= 3). Compatability Equations (i.e, relake farces to deformations) 4). Solve system of equations to determine Force in FAg.

save for Force in Rod AB: 1). Eguilibrium Equation (Sum of forces) (sum of forces) 2). Geometry Equation (ie., what do you physically krow about the daformations)= 3). Compatability Equations (i.e, relake farces to deformations) 4). Solve system of equations to determine Force in FAg.

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter2: Axially Loaded Members

Section: Chapter Questions

Problem 2.3.7P: -7 Repeat Problem 2.3-5, but n include the weight of the bar. See Table I-I in Appendix I for the...

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Question

Please help me with #4 of this problem. Thank you!

save for Force
in'
Rod AB:
i). Equilibriurm Equation (sum of forces)
2). Geometry Equation Cie., what do you physically know abt the dafermations)s
3). Compatabiliity Equations Ci.e, relake farces to deformations)
4). Solve system of equations to determine Force in FAg.

Bar (AB)
Leng th =8in
Areaa 1 in?
E= 10.6e6 psi
Pe24kips
Bar (I)
Bar (2)
Bar CD)
Length= 4in
Area=2in?
E- 10.6e6 psi

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