Consider the following method, count, which is intended to traverse all the elements in the two$-$dimensional $(2$D$)$ String array things and return the total number of elements that contain at least one $"$a$".$

public static int count$($String$[][]$ things$)$

$\{$

int count $=0$;

for $($int r $=0$; r $<$ things.length; r$++)$

$\{$

for $($int c $=0$; c $<$ things$[$r$].$length $-1$; c$++)$

$\{$

if $($things$[$r$][$c$].$indexOf$("$a$")>=0)$

$\{$

count$++$;

$\}$

$\}$

$\}$

return count;

$\}$

For example, if things contains $\{\{"$salad$",$ "soup"$\},\{"$water$",$ "coffee"$\}\},$ then count$($things$)$ should return $2.$

The method does not always work as intended. For which of the following two$-$dimensional array input values does count NOT work as intended?

Responses

$\{\{"$lemon$"\},\{"$lime$"\}\}$

$\{\{"$lemon$"\},\{"$lime$"\}\}$

$\{\{"$tall$",$ "short"$\},\{"$up$",$ "down"$\}\}$

$\{\{"$tall$",$ "short"$\},\{"$up$",$ "down"$\}\}$

$\{\{"$rabbit$",$ "bird"$\},\{"$cat$",$ "dog"$\},\{"$gecko$",$ "turtle"$\}\}$

$\{\{"$rabbit$",$ "bird"$\},\{"$cat$",$ "dog"$\},\{"$gecko$",$ "turtle"$\}\}$

$\{\{"$scarf$",$ "gloves", "hat"$\},\{"$shoes$",$ "shirt", "pants"$\}\}$

$\{\{"$scarf$",$ "gloves", "hat"$\},\{"$shoes$",$ "shirt", "pants"$\}\}$

$\{\{"$math$",$ "english", "physics"$\},\{"$golf$",$ "baseball", "soccer"$\}\}$