I require the MATLAB code for the following question:

2) For the simple, two-dimensional spring-mass system shown in the Figure k, k2 the potential energy may be written as where k1 and k2 are the spring constants, L, and L2 are the rest lengths of the springs, m s the mass of the object, and g 9.81 m/s. At static equilibrium, FVV 0 a) Write a program to solve for position, x and y, at static equilibrium. What is the equilibrium position for k,-10 N1m and k2-20 N/m, L,-L,-0.1 m, D-0.1 m, m = 0.1 kg, and g = 9.8 l ms. b) Using the spring constant k as the variable parameter (k 0 to 20 N/m), obtain a graph of the equilibrium position for k,-10 N/m, L, = L,-0.1 m, D = 0.1 m, m = 0.1 kg, and g = 9.81 m/s