Question: (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB


(MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) (MATLAB ONLY) MATLAB ONLY) Verify Rolle's theorem for the function (r+ 2)*(x 3)* in the interval [2,3]. Plot the curve along with the secant joining the end points and the tangents at points which satisfy Rolle's theorem
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