For the same problem, write a function file. Specifically, write a function file for calculating y using the mathematical expression below.

w $=$ a$^1/3$ e$^-$bx sin$(-$ax$^2)(0\mathrm{.}02$x$^5-0\mathrm{.}14$x$^4+0\mathrm{.}08$x$^3-10$x$^2)$

Where a $=5$ and b $=8$

$$ Name and save the function file

$$ Have the function file use x as input arguments.

$$ Breakup your code into the following sections: input data, output, plot results

$$ Enable your code to print formatted output displaying w$,$ x$,$ y$,$ and z$.$ Use both fprintf and table

MATLAB$$s built$-$in functions.

$$ Call and run the function file using the following input values:

x from pi$/100$ in increments of delta x $=$ pi$/5$