Truss AnalysisPart B: Perform a finite element analysis using the Matlab code provided in class and compare the results to those in Part A$.$ Also, determine the horizontal and vertical displacement $($in inches$)$ of joint F$?$

$L1=10ft$

I $=9$ft

$($Due Tuesday, $10/1/24,11$:$30$ PM$)$

The plane truss shown below has $17$ members $,FH,GH,GI,HI,HJ$ and $IJ).$ The members are constructed from steel $($Young$\text{'}$s modulus $=30x{10}^6$ and Poisson's ratio $=0\mathrm{.}29).$ All members have circular cross sections with radii of $1$ in $.$ Note that joints $B$ and I are midway between joints $A$&$D$ and $G$&$J,$ respectively.

Part A: Using the case definitions given in Table $1,$ perform a hand calculation using the method of joints ${?}^1$ and$/$or the method of sections ${?}^2$ to determine the following:

Which member $($identified by joint letters, e$.$g$.AB,AC,$ etc.$)$ has the largest tensile stress? What is the stress $($in ksi $)$ in the member with the largest tensile stress? Which member $($identified by joint letters, e$.$g$.AB,AC,$ etc.$)$ has the largest compressive stress?

What is the stress $($in ksi $)$ in the member with the largest compressive stress?

NEED MATLAB CODE ALL DONE OUT WITH ANSWERS THANK YOU