Which of the following statements about pointers in C are TRUE. (A) Pointers…

Answer: The true statements are "Pointers can be used to access array elements" and "Pointers can store the address of another pointer".

• Pointers can be used to access array elements — True. An array name can decay to a pointer to its first element, and pointer arithmetic plus dereference accesses elements. Example: if arr is an int[], then *(arr + i) and arr[i] both access the i-th element.

• Pointers can store the address of another pointer — True. You can have pointers to pointers, e.g., int *p; int **pp = &p; this stores the address of p.

• Pointers are automatically dereferenced in expressions — False. Dereferencing must be explicit with the * operator. A related convenience is the -> operator, which combines dereference and member access for pointers to structs, but that is an explicit operator, not automatic dereferencing in arbitrary expressions.

• Pointers cannot be used to access structure members — False. You can access members through a pointer to a struct using (*p).member or p->member.

Therefore, the correct selection is the one that includes the two true statements: the ability to access array elements with pointers and the ability for pointers to store the address of another pointer.