Given the code below, which of the following statements are true?

int numbers$1[5][4]$;

int $*$ numbers$2=$ malloc $(5*4*$sizeof$($int$))$;

int $**$ numbers$3=$ malloc $(5*$ sizeof$($int $*))$;

for $($int r $=0$; r $<5$; r$++)\{$

numbers$3[$r$]=$ malloc$(4*$ sizeof$($int$))$;

$\}$

Given the code below, which of the following statements are true?

int numbers$1[5][4]$;

int $*$ numbers$2=$ malloc $(5*4*$sizeof$($int$))$;

int $**$ numbers$3=$ malloc $(5*$ sizeof$($int $*))$;

for $($int r $=0$; r $<5$; r$++)\{$

numbers$3[$r$]=$ malloc$(4*$ sizeof$($int$))$;

$\}$

The function:

void fun $($int $**$ values$)$

will accept &numbers$2$ as an argument. But within the function, accessing using the notation:

values$[$r$][$c$]$

where r is a value $0-4$ and c is a value $0-3$ leads to undefined behaviour.

All three are types that could be used to represent a two dimensional array.

The function

void fun $($int $*$ values$)$

will accept numbers$2$ as an argument and we can access the elements within the function using the notation:

values$[$r$][$c$]$

where r is a value $0-4$ and c is a value $0-3$

the total memory allocate for each array is the size of $20$ integers