1. The velocity must be broken into horizontal (V_x) and vertical (V_y) components according to the following formulas:
   • V_x = V cos(theta)
   • V_y = V sin(theta)
2. The hang-time (t_total) must be determined by one of these two formulas:
   • t_total = (2V_y/g)
   • t_total = (0.204V_y)
3. Once you know the hang-time, you can calculate maximum range (x_max):
   • x_max = V_x t_total
4. You can calculate the time (t_1/2) at which the ball is at its peak height:
   • t_1/2 = 0.5 t_total
5. And you can calculate the peak height (y_max), using one of these two formulas:
   • y_max = v_y(t_1/2) - 1/2g(t_1/2)²
   • y_max = v_y(t_1/2) - 0.49(t_1/2)²

                                                                                     NEXT