Using Matlab as the computer program

Develop a computer program for determining the static equilibrium position(s) of the system shown below. The program should determine the equilibrium values of 6, and 02, given values for the quantities a;, b;, m;, F, k;, li, x;, and y;, for i = 1, 2. The quantities k; and I, are the stiffness and free length, respectively, of spring i. Specific test cases are: Test Cases: a = a2 = 10 inch b = b2 = 20 inch 1 =l2 = 10 inch w = W2 = 10 lbf f =-12 = -10 lbf k = k, = 5 lbf inch (*2,%) g Case I: x = 20 inch, y = 0 inch, x2 = 20 inch, y2 = 0 inch F Case II: xy = 40 inch, y = 0 inch, x2 =- 20 inch, y2 =- 20 inch Submit a listing of the computer program and the corresponding results for each case. Develop a computer program for determining the static equilibrium position(s) of the system shown below. The program should determine the equilibrium values of 6, and 02, given values for the quantities a;, b;, m;, F, k;, li, x;, and y;, for i = 1, 2. The quantities k; and I, are the stiffness and free length, respectively, of spring i. Specific test cases are: Test Cases: a = a2 = 10 inch b = b2 = 20 inch 1 =l2 = 10 inch w = W2 = 10 lbf f =-12 = -10 lbf k = k, = 5 lbf inch (*2,%) g Case I: x = 20 inch, y = 0 inch, x2 = 20 inch, y2 = 0 inch F Case II: xy = 40 inch, y = 0 inch, x2 =- 20 inch, y2 =- 20 inch Submit a listing of the computer program and the corresponding results for each case