Representation of Negative Numbers | Explained with Examples

Understanding how negative numbers are stored in digital systems is essential for Digital Electronics, VLSI, Computer Architecture, and Programming. In this video, you’ll learn the three major binary methods used to represent negative numbers: 🔹 Sign-Magnitude Representation 🔹 1’s Complement Representation 🔹 2’s Complement Representation We break down each method with clear explanations, simple examples, and step-by-step conversions, making it easy for beginners and helpful for advanced learners too. ⭐ What You Will Learn in This Video ✔ What negative numbers mean in binary ✔ How computers use bits to represent +ve and -ve values ✔ Conversion methods with examples ✔ Ranges and limitations of each representation ✔ Why 2’s Complement is the industry standard ✔ Applications in Digital Logic, RTL Design, Verilog, and Computer Architecture 🎯 Who Should Watch This? This video is perfect for: • Engineering students (ECE/CSE) • VLSI and RTL aspirants • Digital Logic beginners • Competitive exam learners • Anyone curious about how computers represent numbers 🔥 Key Topics Covered • Binary Number System • Sign Bit • 1’s Complement • 2’s Complement • Binary Addition & Subtraction • Examples and practice problems 👍 Support the Channel If this video helped you, please Like, Share, Comment, and Subscribe to support more VLSI and Digital Electronics content! ✨ #NegativeNumbers #BinaryNumbers #TwosComplement #OnesComplement #SignMagnitude #DigitalElectronics #DigitalLogic #VLSI #RTLDesign #ComputerArchitecture #NumberSystems