[Solved] 22 Ball Thrown Falls Back Floor Bounces Many Times Ball Thrown Direction Shown Figure Posi Q37200679

Please solve and 3d plot using MATLAB:

Please solve using MATLAB: Thank You

22. A ball thrown up falls back to the floor and bounces many times. For a ball thrown up in the direction shown in the figure, the position of the ball as a func- tion of time is given by Vo The velocities in the x and y directions are constants throughout the motion and are given by vosin (0)cos(a) and yosin (e)sin (a). In the vertical z direction the initial velocity is vocos (8), and when the ball impacts 10 the floor its rebound velocity is 0.8 of the e vertical velocity at the start of the previous5 bounce. The time between bounces is given by t,-2v,/g, where v, is the verti- 158 cal component of the velocity at the start y(m) 50 of the bounce. Make a 3-D plot (shown in the figure) that shows the trajectory of the ball during the first five bounces. Take vo 20 m/s, 30, 100 50х(m) , 0 o 50 100 25°, and g = 9.81 m/s2 Show transcribed image text 22. A ball thrown up falls back to the floor and bounces many times. For a ball thrown up in the direction shown in the figure, the position of the ball as a func- tion of time is given by Vo The velocities in the x and y directions are constants throughout the motion and are given by vosin (0)cos(a) and yosin (e)sin (a). In the vertical z direction the initial velocity is vocos (8), and when the ball impacts 10 the floor its rebound velocity is 0.8 of the e vertical velocity at the start of the previous5 bounce. The time between bounces is given by t,-2v,/g, where v, is the verti- 158 cal component of the velocity at the start y(m) 50 of the bounce. Make a 3-D plot (shown in the figure) that shows the trajectory of the ball during the first five bounces. Take vo 20 m/s, 30, 100 50х(m) , 0 o 50 100 25°, and g = 9.81 m/s2

Expert Answer

---

Answer to 22. A ball thrown up falls back to the floor and bounces many times. For a ball thrown up in the direction shown in the … . . .