The following equation can be used to compute values of y as a function of x:

$=1/3$sin$(2)(0\mathrm{.}0250\mathrm{.}144+0\mathrm{.}083102)$

Where a and b are constants.

a$.$ Write a script file for calculating y using the above mathematical expression.

a$=5,$ b$=8,$ and x is an array holding values from $/100$ to $$ in increments of $$x$=/30$

$$ Make your code compute w$,$ an array y$=$w$2$ and z$=1/$w

$$ Enable your code to print formatted output displaying w$,$ x$,$ y$,$ and z$.$ Use both fprintf and table MATLAB$$s built$-$in functions.

$$ Generate three plots side by side.

$$ The first plot is a plot of x versus w$.$ Label the x$-$ and y$-$axis accordingly, add a title to

the graph and include a grid and legend.

o The second plot is x versus y and x versus z in the same graph. Label the x$-$ and y$-$axis accordingly, add a title to the graph and include a grid and legend. $($hint: use different colours or markers to distinguish between plots$)$

$$ The third plot is a $3$D plot of x$,$ y and z$.$ Label the x$-,$ y$-$ and z$-$axis accordingly, add a title to the graph and include a grid.