What is the typical range of storage consumed by an integer data type?

The integer data type is commonly used in programming and computer science to represent whole numbers. The typical range of storage consumed by an integer depends on the system architecture and the specific programming language, but generally, modern systems utilize a range that accommodates various integer sizes.

An integer can typically consume anywhere from 1 to 8 bytes of storage, which allows for different ranges of values to be represented. For instance, a standard 32-bit system may represent integers using 4 bytes (which covers values from -2,147,483,648 to 2,147,483,647), while a 64-bit system can use 8 bytes, accommodating much larger values (from approximately -9.2 quintillion to 9.2 quintillion). This flexibility allows programmers to choose the appropriate integer size based on the size of the data they need to manage.

The other options listed do not cover the full range of typical integer types used in programming. For example, a 1 to 2 byte range would be too restrictive for many programming scenarios, especially when accounting for larger values. Meanwhile, 2 to 16 bytes is also incorrect, as there are standard integer representations (like int and long) that primarily fall within the 1 to