Recall recent lecture content on how to use MATLAB app designer to construct a graphical user interface

$($GUI$)$ program. Make a MATLAB GUI program shown as follows and name it as "exp$\_$plotter.mlapp":

MATLAB App

xmin :

$x$ max:

k:

step size:

Show $f(x)$

Show Grid

When the user click the "Plot" button, your program should calculate $f(x)=$exp$(k^{**}x),$ plot the $x$ vs $f(x)=$

exp$(k^{**}x)$ curve if "Show $f(x)"$ is checked, and print each value of $x$ and its corresponding $f(x)$ in the UI table in

the interval defined by user specified minimum and maximum values of $x,$ and with user specified coefficient

$k$ and step size of $x$ array. For example, in the figure above, the GUI program plotted the $x$ vs $f(x)=$exp$(1^{**}x)$

curve within the interval of $0,3$ with a step size $=0\mathrm{.}1,$ and also printed each value of $x$ and its

corresponding $f(x)$ in the UI table. Your program should also be able to hide your curve and$/$or grid in the plot

by unchecking the "Show $f(x)"$ and$/$or "Show Grid" check boxes, respectively.

To add the callback function to the "Plot" button, go to Callbacks in CODE BROWSER as shown in the

following figure, click the green plus button, find "Plot Button" in the component drop down list and, rename

the callback function as updatePlot. Write your code in the function to make the GUI program meet our

requirements. You can test your function by clicking "Run" button.