Develop question similar to follwoing questions: $1.$ A$.$ True. B$.$ False. $$A$$ is an integer.

$2.$ A$.$ True. B$.$ False. The following C

function definition is valid.

void func$($void$)\{$ printf$("$hi$")$; $\}$

$3.$ A$.$ True. B$.$ False. The following string

is valid RPN $($Reverse Polish Notation$)$:

$1*23*4+$

$4.$ A$.$ True. B$.$ False.

char $**$argv is equivalent to char $*$argv$[].$

$5.$ A$.$ True. B$.$ False. Running the following

Unix$/$Linux commands will print $0.$

echo mome $>$ raths.txt

diff raths.txt raths.txt

echo $$?$

$6.$ A$.$ True. B$.$ False.

After running this C code fragment, a is $3.$

int a $=2$;

if $($a $<2)\{$

$++$a;

$\}$ else $\{$

a $=0$;

$\}$

$7.$ A$.$ True. B$.$ False. The int type in C

always has a size of $32$ bits.

$8.$ A$.$ True. B$.$ False. $\backslash$r$$ is an integer.

$9.$ A$.$ True. B$.$ False.

The following for loop syntax is valid and

produces an infinite loop.

for $($;;$)\{$

printf$("$Loop infinitely?

$")$;

$\}$

$10.$ A$.$ True. B$.$ False. The following string

is valid RPN $($Reverse Polish Notation$),$ and

the result of the operations is $25.$

$1234**+$

$11.$ A$.$ True. B$.$ False.

After running this C code fragment, x is $3.$

char $*$s $=$ "abc";

int x $=$ strlen$($s$)$;

$12.$ A$.$ True. B$.$ False.

The following C function correctly checks if

the two strings s and t contain the same characters.

bool stringcmp$($char $*$s$,$ char $*$t$)\{$

return s $==$ t &&

sizeof$($s$)==$ sizeof$($t$)$;

$\}$

$13.$ A$.$ True. B$.$ False.

Hexadecimal $0$x$67$ is $001101112$ in binary.

$14.$ A$.$ True. B$.$ False.

Given this declaration:

typedef struct $\{$

int d;

$\}$ S;

S st;

S $*$p $=$ &st;

Then $(*$&p$)->$d is the same as st$.$d

$15.$ A$.$ True. B$.$ False. The following code

frees a Node and then sets the pointer in the

calling function to NULL.

void delete$($Node $**$n$)\{$

free$(*$n$)$;

$*$n $=$ NULL;