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1. Electric Cells and Their Functions - Understanding Electric Cells - Safety Measures with Electricity 2. Electromagnetism and Its Applications - Magnetic Fields and Their Properties - Electromagnetic Forces in Technology 3. Electrodynamic Principles: Current and Voltage - Current Flow and Electrical Circuits - Voltage and Its Role in Circuits 4. Electrostatics: Charges and Behavior - Static Electricity and Charge Interactions - Electric Charges and Their Behavior 5. Energy Forms and Transformations - Various Forms of Energy - Understanding Energy Transformations 6. Forces: Types and Effects - Types of Forces and Their Classification - Effects of Forces on Objects 7. Newton's Laws of Motion: Principles of Motion - Newton's First and Second Laws - Newton's Third Law and Action-Reaction 8. Heat Transfer: Conduction, Convection, and Insulation - Heat Transfer Mechanisms Explained - Thermal Insulation and Energy Efficiency 9. Mechanics and Motion Fundamentals - Essential Principles of Mechanics - Analyzing Different Types of Motion 10. Momentum and Impulse: Conservation of Momentum - Understanding Momentum and Its Conservation - Impulse and Its Role in Collisions 11. Optics and Light: Properties and Behavior - Properties of Light Waves - Light Reflection and Refraction Phenomena 12. Energy Concepts: Potential and Kinetic Energy - Gravitational Potential Energy Explained - Transformations between Kinetic and Potential Energy 13. Electrical Resistance and Ohm's Law - Understanding Electrical Resistance - Ohm's Law and Its Applications in Circuits 14. Earth's Systems and Environmental Science - Earth's Spheres and Their Interactions - Studying Environmental Science and Sustainability 15. Projectile Motion in Gravity - Vertical Projectile Motion in One Dimension - Analyzing Projectiles under Gravity 16. Visible Light: Properties and Color - Exploring the Properties of Visible Light - The Science Behind Color and Light Waves 17. Waves and Sound Characteristics - Characteristics of Waves: Wavelength, Frequency, and Amplitude - Sound Waves: Production, Propagation, and Hearing 18. Work and Energy: Relationships and Calculations - Work in Physics: Definition and Calculation - Energy and Power in Mechanical Systems 19. Nuclear Physics and Atomic Structure - Atomic Models and Structure - Nuclear Reactions and Radioactivity 20. Thermodynamics and Heat Engines - Laws of Thermodynamics - Heat Engines and Their Efficiency
