Use the Newton-Raphson method to find all the roots of the problem below. 1 Important: +...

Transcribed Image Text:

Use the Newton-Raphson method to find all the roots of the problem below. 1 Important: + sin x (2) = 0, x between 10 and 30. a. You should not ask for any user input. b. Write a function (SEED) to provide multiple starting points for the Newton- Raphson in the interval (10 to 30) in steps of 0.05. This is: 10, 10.05, 10.1, 10.15, ..., 30. c. Write another function (NR_METHOD) that receives each point from SEED to find the root. Make sure to store all roots in an array (SOL) d. Use an error of le-10 e. Write a function (DEL_DUPLICATES) to sort all the elements of the array (SOL) in descending order and delete duplicates. f. Print all solutions in SOL. Use the Newton-Raphson method to find all the roots of the problem below. 1 Important: + sin x (2) = 0, x between 10 and 30. a. You should not ask for any user input. b. Write a function (SEED) to provide multiple starting points for the Newton- Raphson in the interval (10 to 30) in steps of 0.05. This is: 10, 10.05, 10.1, 10.15, ..., 30. c. Write another function (NR_METHOD) that receives each point from SEED to find the root. Make sure to store all roots in an array (SOL) d. Use an error of le-10 e. Write a function (DEL_DUPLICATES) to sort all the elements of the array (SOL) in descending order and delete duplicates. f. Print all solutions in SOL.