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Give me the matlab code for this question Question reference PROBLEM 2. points 10 - Use MATLAB Develop a user-friendly function in Matlab for the
Give me the matlab code for this question Question reference PROBLEM 2. points 10 - Use MATLAB Develop a user-friendly function in Matlab for the Secant method based on Fig. 6.4 and Sec. 6.3.2 of textbook. Pass as input arguments: the function, the two initial guesses, the error tolerance and the maximum number of iterations. Test the function by duplicating the computations from Example 6.6 of your textbook. Your function should have the following form: your texthook. Your fiunction should sol mySecant f, x0, x1, tol, maxit ) . f is a function handle, to be defined as an anonymous function within the script that calls mySecant, x0, x1 are two initial guesses for the root, (not necessarily bracketing the root) . tol is the error tolerance in %, e maxit is the maximum number of iterations sol an array or table that stores for every iteration the following information: number of Iteration, the approximate root, the value of the function froot at the approxi mated root, the approximate relative percent error ea. PROBLEM 2. points 10 - Use MATLAB Develop a user-friendly function in Matlab for the Secant method based on Fig. 6.4 and Sec. 6.3.2 of textbook. Pass as input arguments: the function, the two initial guesses, the error tolerance and the maximum number of iterations. Test the function by duplicating the computations from Example 6.6 of your textbook. Your function should have the following form: your texthook. Your fiunction should sol mySecant f, x0, x1, tol, maxit ) . f is a function handle, to be defined as an anonymous function within the script that calls mySecant, x0, x1 are two initial guesses for the root, (not necessarily bracketing the root) . tol is the error tolerance in %, e maxit is the maximum number of iterations sol an array or table that stores for every iteration the following information: number of Iteration, the approximate root, the value of the function froot at the approxi mated root, the approximate relative percent error ea
Give me the matlab code for this question
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