matlab question

JO e The set of equations for the static force balance in the structure shown in Figure are: -F, -0.342F, = 0 0.94F3 + F - 54000 - 0 Fs + 0.342F3 - 0 5000 N F-R-0.947% = 0 -Fs - 0.707F, 0 2000 N F: + 0.7075,-FO 0.707F, +0.707Fs -0.5F11 - F12 = 0 -F-0.707F, + 0.7077, + 0.866F11 = 0 --F10 -0.707 F, + 2000 - 0 8000 N 6000 N -Fs - 0.7077, 0 F10 +0.5Fu - 0.5F13 714 = 0 -0.866F1 -0.866F1 - 5000 = 0 F12 + 0.5713 -- 0.5F1s - F16 0.866113 +0.866Fis - 60000 F+ 0.5F, = 0 F +0.5F1s - 0.5F17 = 0 -0.866Fis - 0.866F12 = 0 Write by hand the system of equations in the format AF = b where ay is the coefficient of F, in equation (1) 2.1 01.12 a2.2 i 3) =0 . 02.1 02.11 42.12 : 120 0161 16,2 d1616 216,17 || F La 7.1 0172 07.10 417.27 LF12 Write a program in a script file, HW4P3_ubitname.m, that creates matrix A and vector b of the right-hand side of equations and stores them in variables named P3 A and P3_b, respectively. Then it solves this system using the left division in MATLAB to calculate the solution and store it in the variable P3_F. * 202