Multi$-$dimensional arrays are allocated in row$-$major order. That is$,$ all of the elements of a row are stored contiguously starting from the first row. In this level, there are three $2-$dimensional arrays of long integers that are each square with varying dimensions. Locate the function that inserts DEADBEEF into each of the three arrays. In the first array, it is placed at location $[15][15].$ In the second array, it is placed at location $[20][20].$ Finally, in the third array, it is placed at location $[25][25].$ Use objdump and the array indexing formula to calculate the dimension of each array. The password to unlock the level is the decimal number AABBCC where AA is the $2-$digit dimension of the first array, BB is the $2-$digit dimension of the second array, and CC is the $2-$digit dimension of the third array. For example, if the dimensions of the three arrays is $30$x$30,40$x$40,$ and $50$x$50,$ then the password is $304050.$

Contents of section $.$data is just the question text written above

Contents of section $.$bss is useless, completely blank

Contents of section $.$rodata:

$40200001000200257300456$e$74657220746865....\%$s$.$Enter the

$4020102070617373776$f$72643$a$2000256$c$6400$ password: $.\%$ld$.$

$40202054727920616761696$e$2$e$00476$f$6$f$6420$ Try again..Good

$4020304$a$6$f$622$e $00$ Job..