3 Days Timetable Work, Energy and Power (2026) - Physics for JEE Main & Advanced

Introduction

•  Work, Energy and Power is a core topic in physics that explores how forces do work, the transformation of energy forms, and the rate of energy transfer.
•  Key concepts include the work-energy theorem, kinetic and potential energy, conservation of energy, and collisions. 
• This 3-day study plan is tailored for students preparing for exams like JEE, NEET, or board exams, using resources from the provided course materials. It progresses from foundational understanding to problem-solving and assessment, ensuring you grasp both theory and application. 
• Dedicate time each day to videos, notes, and practice to solidify your knowledge and build confidence.

Study Plan

Day 1: Building Core Concepts

Start with the basics of work, energy, and power. Focus on definitions, theorems, and introductory explanations to establish a strong foundation.

• Read: Introduction to Work and Work Energy Theorem (Text Doc) - Understand the fundamental concepts.         
• Watch: What is Work Energy Theorem (Youtube) - A clear video explanation of the theorem.          
• Watch: Work Example Problems (Youtube) - Basic examples to illustrate work calculations.            
• Read: NCERT Solutions: Work, Energy & Power (Text Doc) - NCERT-based solutions for clarity.          
• Study: NCERT Textbook: Work, Energy and Power (PDF Doc) - Refer to the textbook for detailed theory.          
• Review: Mnemonics: Work, Energy, and Power (Text Doc) - Use mnemonics to remember key points.      
• Practice: Note key formulas and sketch diagrams for work done by forces.

Day 2: Advanced Concepts and Examples

Delve into energy types, conservation laws, forces, and solved problems. Explore applications like potential energy, collisions, and equilibrium.

• Watch: Conservative & Non Conservative Forces (Youtube) - Differentiate between force types.        
• Watch: Potential Energy (Youtube) - Explanation of potential energy concepts.            
• Watch: The Law of Conservation of Energy (Youtube) - Understand energy conservation.            
• Watch: Solved Example for JEE: Kinetic Energy (Youtube) - JEE-level kinetic energy problems.            
• Watch: Work/Energy problem with friction (Youtube) - Problems involving friction.            
• Watch: Stable, Unstable, and Neutral Equilibrium (Youtube) - Equilibrium types.            
• Read: Collisions (Text Doc) - Notes on collisions.            
• Read: Mechanical Energy: Types & Conservation of Mechanical Energy (Text Doc) - Detailed on mechanical energy.            
• Study: DC Pandey Solutions: Work, Energy & Power - 1 (Text Doc) - Solved solutions for practice.            
• Practice: Solve 5-10 numerical problems on energy conservation and work-energy theorem.

Day 3: Practice, Revision, and Testing

Revise all topics using visual aids, solve previous year questions, and take tests to assess your understanding.

• Revise: Revision Notes: Work, Energy & Power (PDF Doc) - Concise revision material.            
• Review: Flashcards: Work, Energy and Power (Flash Card) - Quick recall with flashcards.            
• View: PPT: Work, Energy and Power (PDF Doc) - Slides for visual summary.            
• Study: Mind Map: Work, Power and Energy (Text Doc) - Mind map for overview.            
• Formulas: Important Formulas: Work, Energy & Power (PDF Doc) - Essential formulas.            
• Read: HC Verma Solutions: Chapter 8 - Work & Energy (PDF Doc) - HC Verma solutions.            
• Practice: Solved Examples: Work, Power & Energy (Text Doc) - Additional solved examples.           
• PYQs: Work, Energy and Power: JEE Main Previous Year Questions (2021-2025) (PDF Doc) - Recent JEE questions.           
• Test: Chapter Test: Work. Power & Energy - 1 (Test) - First chapter test.            
• Test: HC Verma Test: Work, Energy & Power (Test) - HC Verma-based test.            
• Test: Test: Work, Energy & Power - 1 (Test) - Comprehensive test.            
• Practice: Review test results and revisit weak areas.

Tips for Success

• Daily Practice: Solve numerical problems daily to apply concepts like work-energy theorem and conservation laws.            
• Use Visuals: Mind maps, PPTs, and flashcards are great for visualizing energy transformations and formulas.            
• Time Management: During tests, aim to complete within the allotted time to build exam stamina.            
• Clarify Doubts: Rewatch YouTube videos for tricky topics like collisions or non-conservative forces.            
• Stay Consistent: Follow the plan step-by-step, and integrate PYQs to understand exam patterns.