MIS 535 CUSTOMER SELF-SERVICE AND FEEDBACK FOR MORE CLASSES VISIT
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number of iterations, Niter. Name your function secant. Verify that you code works by solving Example 6.6 from the textbook. 3. Based on your figure in Question 1, and appropriate values for the initial guesses so that the secant algorithm converges to the true root 4. Using = 1 × 10−8 % find the value of ϕ using your secant algorithm 5. Verify your answer using the MATLAB fzero function( use the MATLAB help to figure out the options and syntax for fzero) 6. Report the value of xr, Niter and. Submit your codes using a single m _ le called LastnameFirstnameCP1. m where Lastname is your last name and Firstname is your first name. This _ le should include two functions: LastnameFirstnameCP1 and secant. The function LastnameFirstnameCP1 should have no input variables and no output variables. Running the function LastnameFirstnameCP1 should:
• solve Example 6.6 using the secant algorithm • print out xr, and after 3 iterations for example 6.6 • plot the function f •
• Solve the equation using = 1 × 10−8 % • print out xr obtained with the fzero function print out xr, Niter and. Make sure to include comments in your codes as described in class.
MIS 535 CUSTOMER SELF-SERVICE AND FEEDBACK FOR MORE CLASSES VISIT
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Running head: CUSTOMER SELF-SERVICE AND FEEDBACK FOR EFFECTIVE BUSINESS 1 Customer Self-service and Feedback for Effective Business Student`s Name Institution CUSTOMER SELF-SERVICE AND FEEDBACK FOR EFFECTIVE BUSINESS