A cannon ball is fired at an angle of 30 above horizontal with an initial speed vo = 100 m/s, reaching a maximum height h before hitting the ground. 30 B h C The trajectory of the cannon ball is shown in the figure. The initial point, maximum height, and just before the landing point is denoted by letters A, B, and D, respectively. The point C is the midpoint between B and D. Neglect the air resistance. (i). Find the initial x-components and y-components of the velocities and accelerations of the cannon ball (note you must provide four answers, label them clearly)? (ii). What are the x-components and y-components of the velocities and accelerations of the cannon ball when it is passing point B (again, you must provide four answers with labels)? (iii) What is the x-component of the velocity of the cannon ball when it is passing point C? (iii) What are the x and y components of accelerations of the cannon ball when it reaches to point D?