Decimal to binary conversion

Lecture Digital Logic & Design: Lesson 2 provide students with knowledge about binary to decimal conversion; sum-of-weights: expression base number & weights, sum terms, paper and pencil method; sum of non-zero terms: mental arithmetic, quick method, sum of weights of non-zero terms;...

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Lecture Introduction to computing - Lesson 16: Algorithms I. After studying this lesson, you will to become familiar with the concept of algorithms: what they are, what do they consist of, what are the techniques used for representing them;...

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Lecture Introduction to computing - Lesson 8: Binary numbers & Logic operations. After studying this lesson, you will to become familiar with number system used by the microprocessors - binary numbers; to become able to perform decimal-to-binary conversions; to understand the NOT, AND, OR and XOR logic operations – the fundamental operations that are available in all microprocessors;...

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Lecture EEE130 Digital electronics I - Chapter 2: Number systems, operations and codes. After studying this section will help you understand: Decimal numbers; Decimal-to-binary conversion; Arithmetic operations with signed numbers, Binary coded numbers (BCD)...

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The Hexadecimal (Hex) number system is used to refer to the binary numbers in a NIC or IPv6 address. The word hexadecimal comes from the Greek word for 16. Hexadecimal is often abbreviated "0x", zero and lower case x. Hex numbers use 16 unique digits to display any combination of eight binary digits as only two hexadecimal digits. A Byte, or 8 bits, can range from 00000000 to 11111111. A Byte can create 256 combinations with decimal values ranging from 0 to 255 or Hex values 0 to FF. Each Hex value represents only four binary bits. The alpha (A-F) values...

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The following is an example of an IP address in 32-bit binary form and dotted decimal form. Binary IP Address: 11000000.10101000.00101101.01111001 Decimal IP Address: 192.168.45.121 Binary data is made up of ones and zeros. Ones represent on and zeros represent off. Binary data can be grouped in varying increments, 110 or 1011. In TCP/IP binary data is usually grouped in eight digit groups called a Byte. A Byte, 8 bits, can range from 00000000 to 11111111 creating 256 combinations with decimal values ranging from 0 to 255.

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Knowing how to covert decimal values to binary values is valuable when converting human readable IP addresses in dotted decimal format to machine-readable binary format. This is normally done for calculation of subnet masks and other tasks. The following is an example of an IP address in 32-bit binary form and dotted decimal form.

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