Base 8: Base 8 generally represents the octal number system. It consists of eight digits that is from 0 to 7. A machine code consists of normally binary digits which are represented in bits and are very large to handle in an operating system . An octal digit can be obtained from a binary digit by grouping three consecutive bits starting from the right. Octal number is the method which represents 8 as the base of each digit. Base 16: It generally represents the hexadecimal number system. These are widely used by computer programmers and designers. It consists of sixteen digits that is from 0 to 9 and from 10 to 15 and is represented with letters A to F. The machine code generally consists of binary digits which are represented in bits that is very difficult to handle in an operating system. A group of four binary digits can be referred to as a hexadecimal digit. Hexadecimal number is the method which represents 16 as the base of each digit.

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Chapter 2, Problem 25E

Program Plan Intro

Base 8:

Base 8 generally represents the octal number system.

It consists of eight digits that is from 0 to 7.

A machine code consists of normally binary digits which are represented in bits and are very large to handle in an operating system.

An octal digit can be obtained from a binary digit by grouping three consecutive bits starting from the right.

Octal number is the method which represents 8 as the base of each digit.

Base 16:

It generally represents the hexadecimal number system.

These are widely used by computer programmers and designers.

It consists of sixteen digits that is from 0 to 9 and from 10 to 15 and is represented with letters A to F.

The machine code generally consists of binary digits which are represented in bits that is very difficult to handle in an operating system.

A group of four binary digits can be referred to as a hexadecimal digit.

Hexadecimal number is the method which represents 16 as the base of each digit.

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