$1.$ Each byte in memory is assigned a unique address.

$2.$ The ampersand operator can be used to determine a variable's address.

$3.$ pointer variables are designed to hold addresses.

$4.$ The indirection operator can be used to work with the variable a pointer points to$.$

$5.$ Array names can be used as $\_\_\_\_\_\_\_\_\_\_$ and vice$-$versa.

$6.$ Creating variables while a program is running is called $\_\_\_\_\_\_\_\_\_\_.$

$7.$ The $\_\_\_\_\_\_\_\_\_\_$ operator is used to dynamically allocate memory.

$8.$ If the new operator cannot allocate the amount of memory requested, it throws $\_\_\_\_\_\_\_\_\_\_.$

$9.$ A pointer that is explicitly set to the address $0,$ indicating that it does not point to any valid memory location, is called a $\_\_\_\_\_\_\_\_\_\_$ pointer. What is the significance of using such a pointer in C$++?$

$10.$ When a program is finished with a chunk of dynamically allocated memory, it should free it with the $\_\_\_\_\_\_\_\_\_\_$ operator.

$11.$ You should only use the delete operator to deallocate memory that was dynamically acquired with the $\_\_\_\_\_\_\_\_\_\_$ operator.

$12.$ What does the indirection operator do$?$

$13.$ Look at the following code.

$```$cpp

int x $=7$;

int$*$ ptr $=$ &x;

$```$

What will be displayed if you send the expression $`*$ptr$`$ to $`$cout$`?$ What happens if you send the expression $`$ptr$`$ to $`$cout$`?$

$14.$ Name two different uses for the C$++$ operator $`*`.$

$15.$ Which arithmetic operations can be applied to pointers?

$16.$ Assuming that $`$ptr$`$ is a pointer to an $`$int$`,$ what happens when you add $4$ to it$?$

$17.$ Look at the following array definition.

$```$cpp

int numbers$[]=\{2,4,6,8,10\}$;

$```$

What will the following statement display?

$```$cpp

cout $<<*($numbers $+3)<<$ endl;

$```$