Rewrite function as a Polynomial and solve using MATLAB with all the different algorithms presented in the second picture. Present graphs of convergence with each algorithm and present graph of the estimated error of each algorithm.

Aerospace engineers sometimes compute the trajectories of projectiles such as rockets. A related problem deals with the trajectory of a thrown ball. The trajectory of a ball thrown by a right fielder is defined by the (x, y) coordinates as displayed in Fig. 1. The trajectory can be model y = (tanh)- Lu6 cos Fig. 1 Find the appropriate initial angle 00, if vo-30 m/s, and the distance to the catcher is 90 m. Note that the throw leaves the right fielder's hand at an elevation of 1.8 m and the catcher receives it at 1 m. a. Use Es= 0.01% b. Repeat part a using different initial guesses (3 different values where applicable). Plot a graph of the approximation percentage error for all the used algorithms in rart a Which algorithm is the fastest? c. d. Aerospace engineers sometimes compute the trajectories of projectiles such as rockets. A related problem deals with the trajectory of a thrown ball. The trajectory of a ball thrown by a right fielder is defined by the (x, y) coordinates as displayed in Fig. 1. The trajectory can be model y = (tanh)- Lu6 cos Fig. 1 Find the appropriate initial angle 00, if vo-30 m/s, and the distance to the catcher is 90 m. Note that the throw leaves the right fielder's hand at an elevation of 1.8 m and the catcher receives it at 1 m. a. Use Es= 0.01% b. Repeat part a using different initial guesses (3 different values where applicable). Plot a graph of the approximation percentage error for all the used algorithms in rart a Which algorithm is the fastest? c. d