Exam 9: Pointers

Which of the following statements is not valid C++ code?

A pointer can be used as a function argument, giving the function access to the original argument.

When the less than operator (<) is used between two pointer values, the expression is testing whether

Use the delete operator only on pointers that were

What will the following statement output? Cout << &num1;

In C++11, the __________ keyword was introduced to represent address 0.

Assuming myValues is an array of int values and index is an int variable, both of the following statements do the same thing. 1. cout << myValues[index] << endl; 2. cout << *(myValues + index) << endl;

Every byte in the computer's memory is assigned a unique

In the following statement, what does int mean? Int *ptr = nullptr;

Select all that apply. Select as many of the following options that make this sentence true: The contents of pointer variables may be changed with mathematical statements that perform

What will the following code output? Int number = 22; Int *var = &number; Cout << *var << endl;

Which of the following defines a unique_ptr named uniq that points to a dynamically allocated int?

With pointer variables you can access but not modify data in other variables.

Dynamic memory allocation occurs

A function may return a pointer but the programmer must ensure that the pointer

Select all that apply. Of the following, which statements have the same meaning?

What will the following code output? Int number = 22; Int *var = &number; Cout << var << endl;

In C++11, the nullptr keyword was introduced to represent the address 0.

C++ does not perform array bounds checking, making it possible for you to assign a pointer the address of an element out of the boundaries of an array.

The following statement __________ int *ptr = new int;