PHYSICS: NUMERICAL PROBLEM-SOLVING GUIDE This book is designed to provide a comprehensive and structured approach to numerical problem-solving in Physics, serving as an effective companion to regular study programs. Students often overlook conceptual and advanced numerical problems during routine preparation, leaving limited time later to strengthen their analytical and problem-solving skills. To bridge this gap, the book offers well-curated, high-quality content for both students and teachers, helping learners build deeper conceptual understanding and improve problem-solving ability. The approach adopted in this book is especially valuable for aspirants preparing for national and international Physics Olympiads as well as JEE (Advanced). KEY FEATURES Focused Revision of Core Concepts for quick reinforcement Concept Consolidation Exercises to strengthen fundamentals Concept Transformation Exercises for multi-dimensional thinking Concept Advancement Exercises for mastering advanced-level problem solving Hints and Solutions available on eLibrary App CONTENTS Part A Units and Dimensions Kinematics Newton’s Laws of Motion and Friction Circular Motion Work, Energy, and Power Centre of Mass and Momentum Rotational Mechanics Simple Harmonic Motion Fluid Mechanics Heat and Thermodynamics Waves on Strings and Sound Waves Part B Electrostatics Gravitation Current Electricity Capacitance Magnetic Effect of Current Electromagnetic Induction and Alternating Current Modern Physics Geometrical Optics Wave Optics Electromagnetic Waves Errors in Measurement and Instruments

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