Consider two polynomials a(z) k_03.2.rn-k with , =0dkrn-k with .e R, K = 0 : n and 0 : m and write efficient Matlab code that b (x) uses Horner's rule in order to compute a2) o b1) (x) witha E C c, k Test your code on a, b and x given in the provided Matlab data file InpHorner_ab Recall that an algorithm is efficient when it is fast, it is not wasteful of storage and does not produce unnecessarily inaccurate results. For the given data the answer is a(2) ob(1)(x) =-(46.0394 2.4881i) 102 rounded to five significant digits Your hand out should include a brief theoretical discussion of how you proceed ng with your code and its results While testing your code you may find useful the build-in matlab function polyval Consider two polynomials a(z) k_03.2.rn-k with , =0dkrn-k with .e R, K = 0 : n and 0 : m and write efficient Matlab code that b (x) uses Horner's rule in order to compute a2) o b1) (x) witha E C c, k Test your code on a, b and x given in the provided Matlab data file InpHorner_ab Recall that an algorithm is efficient when it is fast, it is not wasteful of storage and does not produce unnecessarily inaccurate results. For the given data the answer is a(2) ob(1)(x) =-(46.0394 2.4881i) 102 rounded to five significant digits Your hand out should include a brief theoretical discussion of how you proceed ng with your code and its results While testing your code you may find useful the build-in matlab function polyval