This question refers to the following method:

public static boolean isThere$($String $[][]$ mat, int row, int col,

String symbol$)$

t

boolean yes;

int $1,$ count $=0$;

for $(1=0$;$1$ SIZE; $1++)$

if $($mat $[1][$col$],$ equals $($symbol$))$

count$++$;

yes $=($count as SIZE$)$;

count $=0$;

for $(1=0$; $1$ SIZE; $1++)$

$1f($mat $[$row$][1],$ equals $($symbol$))$

count$++$;

$\}$

return $($yes $||$ count $=-$ SIZE$)$;

Now consider this code segment:

public final int SIZE $=8$;

String $[][]$ mat $=$ new String $[$SIZE$][$SIZE$]$ ;

Which of the following conditions on a matrix mat of the type declared in the code segment will by itself guarantee that

isThere$($mat$,2,2,"$$$")$

will have the value true when evaluated?

I The element in row $2$ and column $2$ is $"$$$"$

II All elements in both diagonals are $"$$$"$

III All elements in column $2$ are $"$$$"$

$($A$)$ I only

$($B$)$ III only

$($C$)$ I and II only

$($D$)$ I and III only

$($E$)$ II and III only