it has to be done with Matlab

9% Continuous delivery or loading of a "ribbon" on a spool v_init = 1; % ft/s (constant) r_min = .5; % ft r_max = 1; % ft t_material .01; % ft t_init 0; t_delta = .1; t_vector = []; theta_init = 0; theta_time = []; = omega_init = v / (2* pi() * r_min); omega_time []; % plot v as a function of time (should be constant) % plot omega as a function of time % plot omega as a function of layer_count 9% Continuous delivery or loading of a "ribbon" on a spool v_init = 1; % ft/s (constant) r_min = .5; % ft r_max = 1; % ft t_material .01; % ft t_init 0; t_delta = .1; t_vector = []; theta_init = 0; theta_time = []; = omega_init = v / (2* pi() * r_min); omega_time []; % plot v as a function of time (should be constant) % plot omega as a function of time % plot omega as a function of layer_count