Use matlab6. Numerical differentiation: (1) avec = [1 2 3 3 6 8] , diff(avec,2) computes the second difference by applying diff(avec) recursively 2 times, and write the answer of diff(avec,2). (2) bMat = [2 2 2; 4 4 4; 20 20 20] , diff(bmat,1,1) computes the first difference of bMat along the first dimension, and write the answer of diff(bMat,1,1). (3) cMat = [2 3 5; 4 5 8; 5 6 9] , gradient(cMat) computes the numerical gradient of cMat, and write the answer of gradient(cMat).

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Here is the general logic for solving this type of question 1 Understand the Data 2 Choose the Appropriate Function 3 Configure Function Parameters 4 Apply the Function 5 Display or Use Results Unders... View the full answer