UGC NET Computer Science | Top 50 Most Important Questions with Solutions | PYQ & Expected Questions

UGC NET Computer Science Top 50 Most Important Questions | PYQ Based Questions & Solutions | Part 1 Are you preparing for UGC NET Computer Science? This video covers the Top 50 Most Important Questions selected from previous year papers, repeated concepts, and expected exam-oriented topics. Join Our Study Circle : Whatsapp : https://chat.whatsapp.com/EyBsVAYtxnf... Telegram : https://t.me/ugcnet_computer_Science For Admissions: 📞 7448878882 📞 7448878884 In this session, we discuss important questions from: • Operating Systems • Computer Organization & Architecture • Discrete Mathematics • Digital Logic • Programming & Data Structures • Database Management Systems (DBMS) • Computer Graphics • Object-Oriented Programming (OOP) • Counting Techniques & Probability • Functional Dependencies & Normalization Each question is explained with detailed reasoning, shortcut methods, concepts, and exam-oriented approaches to help you improve your score in UGC NET Computer Science. Join Our UGC NET Courses: Paper 1 + Paper 2 Courses Available for: • Computer Science • Commerce • Management • Education • English • Tamil • Economics For Admission: 7448878882 / 7448878884 This video is useful for: • UGC NET Computer Science Aspirants • NET/JRF Candidates • SET Examinations • Assistant Professor Recruitment Exams • College & University Faculty Aspirants 00:00 – Introduction | UGC NET Computer Science Top 50 Important Questions Unit 1: Operating Systems 00:45 – CPU Scheduling Algorithms Overview 02:10 – SRTF, Preemptive Scheduling & Starvation 06:30 – Round Robin vs FCFS 09:15 – Hard Disk Structure: Tracks, Sectors & Platters 14:40 – Disk Capacity Numerical Problems 18:20 – Rotational Delay Calculation 21:30 – Pipeline Processing & Clock Cycles 25:15 – Linux Password Storage Files Unit 2: Discrete Mathematics 27:45 – Set Theory & Venn Diagram Problems 31:20 – Card Selection & Counting Techniques 34:15 – Logical Equivalence using Truth Tables 40:30 – Lift Problem (Combinatorics) 43:40 – Pigeonhole Principle Problems Unit 3: Digital Logic 46:15 – Karnaugh Map (K-Map) Simplification 51:30 – T Flip-Flop & Counter Problems 56:20 – Hexadecimal to Binary Conversion Unit 4: Computer Organization & Architecture 58:30 – I/O Operations and Data Transfer 01:00:45 – Binding Concepts (Compile Time, Load Time, Run Time) Unit 5: Object-Oriented Programming 01:04:20 – Runtime Polymorphism & Function Overriding Unit 6: Computer Graphics 01:07:10 – Bézier Curves & Control Points Unit 7: Programming & Data Structures 01:09:30 – C Programming Output Questions 01:15:45 – Pointer Concepts & Memory Tracing Unit 8: Database Management Systems 01:20:15 – Relational Algebra: Union Operation 01:22:30 – RAID Levels & Database Logs 01:25:10 – Functional Dependencies & Candidate Keys 01:29:45 – BCNF and Normalization 01:33:20 – SQL Basics and Applications Unit 9: More DBMS Questions 01:36:15 – Advanced Normalization Concepts 01:39:00 – Important UGC NET DBMS PYQs Conclusion 01:42:00 – Final Revision Tips for UGC NET Computer Science 01:43:00 – Important Topics to Focus Before Exam 01:44:00 – Conclusion