Arithmetic Operations of Binary Numbers Last Updated : 06 Aug, 2024 Comments Improve Suggest changes Like Article Like Report Binary is a base-2 number system that uses two states 0 and 1 to represent a number. We can also call it to be a true state and a false state. A binary number is built the same way as we build a normal decimal number. Binary arithmetic is an essential part of various digital systems. You can add, subtract, multiply, and divide binary numbers using various methods. These operations are much easier than decimal number arithmetic operations because the binary system has only two digits: 0 and 1. Binary additions and subtractions are performed as same in decimal additions and subtractions. When we perform binary additions, there will be two outputs: Sum (S) and Carry (C). 1. There are four rules for binary addition: 2. There are four rules for binary subtraction: 3. There are four rules for binary multiplication: Multiplication is always 0, whenever at least one input is 0. 4. There are four parts in any division: Dividend, Divisor, quotient, and remainder. The result is always not defined, whenever the divisor is 0. Comment More infoAdvertise with us Next Article Arithmetic Operations of Binary Numbers R rajkumarupadhyay515 Follow Improve Article Tags : GATE CS Write From Home Digital Logic Similar Reads Arithmetic Operations of 2's Complement Number System We all know how to perform arithmetic operations of binary number systems. However, computer system generally stores numbers in 2's complement format. So it becomes necessary for us to know how arithmetic operations are done in 2's complement. Addition:In 2's complement, we perform addition the same 3 min read Overflow in Arithmetic Addition in Binary Number System In Computer Architecture 2's Complement format is widely used. The discussion of overflow here mainly will be with respect to 2's Complement representation for signed Integer. Overflow Occurs with respect to addition when 2 N-bit 2âs Complement Numbers are added and the answer is too large to fit in 5 min read Arithmetic Circuits Arithmetic circuits are fundamental blocks in digital systems and are used for arithmetic operations such as addition, subtraction, multiplication and division. These circuits constitute the major stream of computation in different applications such as processors, digital signal processing units, an 7 min read Binary Representations in Digital Logic Binary representation is the method of expressing numbers using binary digits (bits). In digital logic, binary representations are important as they are the foundation for all computations and data processing in computers.Binary numbers form the backbone of digital circuits and systems.Each binary d 11 min read Program for Binary To Decimal Conversion Given a binary number as input, we need to write a program to convert the given binary number into an equivalent decimal number.Examples : Input : 111Output : 7Explanation : The output of 7 for input 111 represents the decimal equivalent of the binary number 111.Input : 1010Output : 10Explanation : 15 min read Like