Question: Using MATLAB or GNU octave solved the following problem and provide commentary ate Theorem 8 neu (5 5) matrix A and a randomly generated ul

 Using MATLAB or GNU octave solved the following problem and provide

Using MATLAB or GNU octave solved the following problem and provide commentary

ate Theorem 8 neu (5 5) matrix A and a randomly generated ul 7. How common are singular matrices? Because of the emphasis on singular matrices in matrix the generate as to how likely encountering a singular matrix would be. ory, it might matrices, calculate the determiantofeachmake a rough assesment 100 matri ces, calculate the determinant of each, and then make a rough assessment AILAB loop will generate the determinant values for 100 randomly chosen matrices: determzeros (1,100) 10*ones (5,5)) Around (20 rand (5,5) determ (1, i) = det (A) ; end values calculated. Are any of the 100 matrices singular? Repeat the experiment using 1000 randomly generated matrices instead of 100. Rather than listing the vector determinant, use the min (abs (determ)) command to find the smallest determinant in absolute value. Did you encounter any singular matrices? After executing this loop, list the vector determinant to display the 100 determinant

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