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0 Chapters Completed
21 Total Topics
~35 Hours (Estimated)

📚 Chapters Overview

Chapter 1
Beginner

Measurement

Learn the foundations of scientific measurement, units, significant figures, and dimensional analysis.

⏱️ 4-5 hours 📖 3 topics
Units & Standards Significant Figures Dimensional Analysis
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Chapter 2
Beginner

Motion in One Dimension

Master the concepts of position, velocity, acceleration, and kinematic equations for 1D motion.

⏱️ 5-6 hours 📖 3 topics
Position & Displacement Velocity & Acceleration Kinematic Equations
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Chapter 3
Intermediate

Force and Newton's Laws

Understand force concepts and master Newton's three laws of motion with practical applications.

⏱️ 6-7 hours 📖 3 topics
Newton's Laws Force Diagrams Applications
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Chapter 4
Intermediate

Motion in 2D & 3D

Extend motion analysis to multiple dimensions including projectile motion and circular motion.

⏱️ 5-6 hours 📖 3 topics
Projectile Motion Circular Motion Relative Motion
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Chapter 5
Intermediate

Applications of Newton's Laws

Apply Newton's laws to real-world scenarios including friction, inclined planes, and pulley systems.

⏱️ 6-7 hours 📖 3 topics
Friction Inclined Planes Dynamics Applications
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Chapter 6
Intermediate

Momentum

Master momentum conservation, impulse-momentum theorem, and collision analysis.

⏱️ 5-6 hours 📖 3 topics
Momentum & Impulse Conservation Collisions
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Chapter 7
Advanced

Systems of Particles

Analyze multi-particle systems, center of mass motion, and variable mass systems.

⏱️ 4-5 hours 📖 3 topics
Center of Mass Systems Variable Mass
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🚀 Quick Access

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Practice Problems

Comprehensive problem sets for all chapters

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Formula Sheets

Quick reference for all key equations

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Lab Exercises

Hands-on experiments and simulations

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Study Notes

Concise summaries for quick review