For the given code segments, select the correct order of the nurnber of tirnes does the function $($inside the for$-$loap$)$ will be called.

for Cint x $3$; n; $)$

for $($int y $0$; ysni y$)$

do something$()$;

$($int y $1$; yn; y $2)$

do something$0$:

code II$\text{'}$:

void f$($int n$)$

$1$f$($X $1)$

return $0$:;

for$($int x $0$;Kn; x$**)$

$)$

do something$)$

f$($n$/3)$

f$($n$/3)$:

'code III'

for $($int x$0$; K ntn$-1$; K$*)$

for $($int i $0$; $1$ X; L$*)$

do something$()$:

'code IV:

for$($int x $0$; x$<$ n; x $2)$

for $($int i $0$: ix $1**)$

do something$()$

$($v$)$

O$($mlog n$)$For the given code segments, select the correct order of the nurnber of tirnes does the function $($inside the for$-$loap$)$ will be called.

for Cint x $3$; n; $)$

for $($int y $0$; ysni y$)$

do something$()$;

$($int y $1$; yn; y $2)$

do something$0$:

code II$\text{'}$:

void f$($int n$)$

$1$f$($X $1)$

return $0$:;

for$($int x $0$;Kn; x$**)$

$)$

do something$)$

f$($n$/3)$

f$($n$/3)$:

'code III'

for $($int x$0$; K ntn$-1$; K$*)$

for $($int i $0$; $1$ X; L$*)$

do something$()$:

'code IV:

for$($int x $0$; x$<$ n; x $2)$

for $($int i $0$: ix $1**)$

do something$()$

$($v$)$

O$($mlog n$)$For the given code segments, select the correct order of the nurnber of tirnes does the function $($inside the for$-$loap$)$ will be called.

for Cint x $3$; n; $)$

for $($int y $0$; ysni y$)$

do something$()$;

$($int y $1$; yn; y $2)$

do something$0$:

code II$\text{'}$:

void f$($int n$)$

$1$f$($X $1)$

return $0$:;

for$($int x $0$;Kn; x$**)$

$)$

do something$)$

f$($n$/3)$

f$($n$/3)$:

'code III'

for $($int x$0$; K ntn$-1$; K$*)$

for $($int i $0$; $1$ X; L$*)$

do something$()$:

'code IV:

for$($int x $0$; x$<$ n; x $2)$

for $($int i $0$: ix $1**)$

do something$()$

$($v$)$

O$($mlog n$)$