Implement Newton-Raphson method using MATLAB to compute the drag coefficient c needed for a parachutist of mass m = 9.5 kg to have a velocity of 43 m/s after free falling for time t = 11 secs. Note: The acceleration due to gravity is 9.81 m/s². The drag coefficient is given by gm f(c) = m (1-e-(c/m)t) - v a. Formulate an iterative formula for the Newton-Raphson method. b. Choose an appropriate initial guess to start iterations in order to achieve convergence. If the solution diverges re-choose the initial guess. c. Calculate the approximated error after every iteration and tabulate your results. d. The ending criteria of the numerical computation is such that the consecutive calculations have a precision of le-4 e. Plot the computed drag coefficient values with respect to the number of iterations to show convergence. Validate the computed value. f.