Given the following $\frac{C}{C}++$ code below, suppose the CPU is executing the

line $\text{'}r=r^{**}{m}^{\text{'}}$ in the code. Draw the content of the active symbol tables at

that point. Show the organization of the active symbol tables as a single list

of hash$-$tables in your drawing and for each variable in a symbol table, write

its name and type. Remember that, in $\frac{C}{C}++$ each $\{\}$ group represents a

separate scope. That is$,$ there are separate scopes for functions, for, and while

loops. You do not need to separate function header and body into two

separate scopes, by the way. $($Hint$,$ when you write a statement like

$\text{'}$t $n=v^{\text{'}}$ in C$,$ it means you are defining a new variable with the name $n$ of

the type $t$ and assigning it an initial value $v)$

float $x=0\mathrm{.}0$;

float $v=0\mathrm{.}0$;

int $[10][20]m$;

void main$($int argCount, char$*[]$ argValues$)\{$

$x=$ toFloat $(argV[1])$;

$m=$ readMatrixFromFile$($argV$[2])$;

float $t=1\mathrm{.}0$;

int $r=10$;

for $($int $s=0\mathrm{.}0c=20v=m[i][j]=0r=1\mathrm{.}0+=1m=\sqrt[\phantom{2}]{x}r=r**ms=s+rt=t**sj=0$;$ji=0$;$i$