**SOLVE USING MATLAB**

**PROVIDE MATLAB CODE**

**GRAPH AT BOTTOM IS WHAT THE SOLVED CODE SHOULD LOOK LIKE**

THANKS

Problem 2: 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 function of time is given by: The velocities in the x and y directions are constants throughout the motion and are given by sin(8)cos(a) and ,sin()sin(a). In the vertical z direc- tion the initial velocity is vcos(), and when the bal impacts the floor its5 rebound velocity is 0.8 of the vertical velocity at the start of the previous bounce. The time between bounces is given by 4-(2%)/g, where v, is the vertical com- ponent of the velocity at the start of the bounce. Make a 3-D plot (shown in the figure) that shows the trajectory of the ball during the first five bounces. Takeo 20m/s, 30, 25, and g- 9.81 m/s 100 0m) 50 Here is an example answer. Scalng the y axis to 150 is optional