Concept
Method of complements
Related lectures (27)
Integer Representations: Magnitude & Complement
Explores integer representations, focusing on sign-and-magnitude, one's complement, two's complement, Excess-N, overflow, underflow, and binary multiplication.
Integers Representation: Sign-and-Magnitude vs Two's Complement
Compares sign-and-magnitude with two's complement integer representations, emphasizing complexity differences and addressing overflow and underflow challenges.
Logic Systems: Representations and Arithmetic
Explores logic system representations, place-value notation, addition, subtraction, and digital system limitations, culminating in a multifunction alarm watch project.
Integers Representation: Sign vs. Two's Complement
Explores integer representation methods, comparing sign-and-magnitude with two's complement, and introduces fixed-point and floating-point representations.
Binary Numbers: Representation and Operations
Explores binary number representation, arithmetic operations, microcontroller instruction sets, and practical development processes.
Place-Valued Arithmetic: Addition and Subtraction
Explores place-valued arithmetic, covering addition, subtraction, and limitations of digital systems.
Euclidean Geometry: Operations and Constructions
Covers the fundamental operations and constructions in Euclidean geometry, focusing on algebraic interpretations and ruler-and-compass constructions.
Cognitive Development: Learning Mechanisms
Explores cognitive development stages, contrasting cases, and cognitive conflict as key learning mechanisms.
Digital Systems: Fixed-Point and Floating-Point Arithmetic
Provides an overview of fixed-point and floating-point arithmetic in digital systems.
Constructivism: Piaget, Skinner, Vygotsky
Delves into Piaget, Skinner, Vygotsky's theories, schemas, and 'productive failure'.