Variables are container objects in C++ that can be applied with pointers.

Yes, in C++, variables are indeed considered as container objects that can hold different types of data. Pointers are a special type of variable that can hold the address of another variable. This allows for more dynamic data manipulation as you can directly access and modify the memory location of the data.

Here's a simple step-by-step explanation:

1. Declare a variable: In C++, you declare a variable with a specific data type to hold a value. For example, int myVar; declares an integer variable named myVar.

2. Assign a value to the variable: You can assign a value to the variable like so: myVar = 5;. Now, the variable myVar holds the value 5.

3. Declare a pointer: A pointer is declared similarly to how you declare a variable, but with an asterisk (*) before the name. For example, int *p; declares a pointer to an integer.

4. Assign the address of the variable to the pointer: You can get the address of a variable using the ampersand (&) operator. To assign this address to the pointer, you would do p = &myVar;. Now, p points to the memory location of myVar.

5. Access the value using the pointer: You can access the value of myVar using the pointer p with the dereference operator (*). For example, cout << *p; would print the value 5, which is the value of myVar.

Remember, pointers are a powerful tool in C++, but they should be used carefully. Incorrect use of pointers can lead to errors and security issues in your code.