the problem statements. Variable names are given in bold text.

Problem $1(10$ pts$)$

Plotting in MATLAB is a great way to illustrate data. For this problem, we will be using the "cannonBallTrajectory $xlsx$ file.

a$)$ Import "cannonBallTrajectory.xlsx$"$ into the Workspace and call the data cannonBall $($this must be done using a function in your $m-$file$).$

i$)$ The first column contains the horizontal positions of the cannonball's trajectory. Assign these values to xPosition.

ii$)$ Columns $2$ and $3$ contain the vertical positions of the cannonball's trajectory. Assign each column to yBall$\_11$ and yBall$\_2$ respectively.

b$)$ Create a plot $[$figure $(1)]$ to show ball $1\text{'}$s trajectory. The horizontal and vertical positions of the ball should be plotted on the $x-$axis and $y-$axis respectively. This plot should be a dashed cyan line with $x-$markers. The $x-$markers should be size $4$ with blue as the edge color.

i$)$ Title this plot: "Ball I$\text{'}$s Trajectory". $*$Hint: apostrophes can be added by typing it out twice. $*$

ii$)$ Label the x$-$axis: "Distance $[$miles$]".$

iii$)$ Label the y$-$axis: "Height $[$meters$]".$

c$)$ Create a second plot $[$figure $(2)]$ to show ball $2\text{'}$s trajectory. The horizontal and vertical positions of the ball should be plotted on the $x-$axis and $y-$axis respectively. This plot should be a dash$-$dotted magenta line with star markers. The star markers should be size $6$ with green as the edge color.

i$)$ Title this plot: "Ball $2\text{'}$s Trajectory".

ii$)$ Label the x$-$axis: "Distance $[$miles$]".$

iii$)$ Label the y$-$axis: "Height $[$meters$]".$