Hello kindly solve below using MATLABWrite and compile a MATLAB $.$m file that satisfies the following

requirements

Compute the vilue of the following andwmatical expor wsions and slore the risult int the

indicalod wariable rames

a$.\frac{2^4}{2^5-1^2}$ stare the rosult iat the variahle result$\_$a$.$

&$.(2)$ store the resalt in the variable resul:$\_$la$.$

c$.2rh+2a{r}^2,$ slore the resull in the variable rosult$\_$c

Noke that:

$r=\frac{1}{x},1,$ and

$h=3x$

Find the rooss of the polyromial

$f(x)=x^3,7x+6$

Ly following the stepsi below

a$.$ First create a row vector with the couficients and store in a var iatile callud

#yPoly.

B$.$ Ule the roos$//$ functios with myPoly as ant argument to calculate the roots.

c$.$ Store the roots in the variable called myPoots.

Define an array if $3$ complex tumbers add slore them in a row vector variable called z$.$

lay following, lwelow steps

a$.$ Crovale ote array called $x$ with three dements $1,2$ and $3.$

B$.$ Crate obe array callud y with three slomonts $-1,5$ and $12.$

c$.$ Use the complex functios to define the array of coetplex nambers.

The sur operator has two logical expression as operands. The result of an xor operation

is true if enly one of both opweraids is truk; it is falbe if looth are true or both are fabe.

a$.$ Astign the experssite $(2<mn\; id="EditorElement\_6526838">4</mn><mi\; id="EditorElement\_6526840">)</mi>$ to at vartatle caBod $x$

b$.$ Avign the exprossion $\text{'}d\text{'}m\text{'}$C$\text{'}$ to a variahle callikd y$.$

c$.$ Check if abr $[x,y)$ isi true using NATLLB a futction.

Fillow the sheps betow to create itsifustidst wilveform

ls$.$ Aosign $0\mathrm{.}7$ to the var iable T $($period$).$

c Assign $1\mathrm{.}5$ to a var ialie caled phi $[$t$.$ phase$)]$

Calculate the frequetscy uhitg, the folowing formula and awifign to the

variahle $f$:$(f=\frac{}{T})$

e$.$ Calculate the alig$-$lar frequevcy wa uing the formula we$2$nf atd assign to

variahle oemega.

$[.$ Crodee the victor titee named $t$ usimg limopace command with $150$ poiets in the

ratge from $0$ to $2\mathrm{.}6$

Crwate the vecter voltage named $v$ using, the following equwatiorr $v=A_{ssin}(o$ o $1$

$).$

h$.$ Plot voltage fy$-$asis$)$ against tlime $(x-$axis$)$

i$.$ Mh tille, $x-$axis and $y-$axis labls as followsic

Title: Voltage with pasilive pluse'

x$-$axis Latwl: Time $[$swockids$)]$

y$-$acoisi lahel: 'Vologer $[$vilui$]$