matlab live script

Cramer's rule for solving a system of linear equations of the form Ax - bis det(A) det(A) where A is the matrix formed by replacing column i of A with b. (a) Write a MATLAB or Python program to compute the solution to the following linear system using Cramer's rule. [10] + 12 + 14+ Is = 8 201 - 12+3+4 + s = 11, 29-33 +244 + - -3, * + 32 - 33 +374 + 2rs = 9, 3x + 2y - 1+Is 0. You may make use of the det command in MATLAB or the np.linalg.det command from the NumPy library in Python. (b) Add an if statement to your program that checks whether A is a singular matrix prior to attempting to solve the system. If A is a singular matrix, your program should print a suitable error and terminate. Note: due to computational rounding you will need to use dot(A)|