📏

Units and Dimensions

Understand measurement systems and dimensional analysis.

↔️

Scalars and Vectors

Learn about quantities with magnitude and direction.

🏃

Motion in One and Two Dimensions

Explore how objects move in straight lines and planes.

🍎

Laws of Motion (Newton’s Laws)

Discover the fundamental principles governing motion.

🛷

Friction

Understand the forces that resist relative motion.

⚡

Work, Energy, and Power

Learn about energy transfer and transformation.

🌀

Circular Motion

Explore motion along circular paths and centripetal forces.

🌎

Gravitation

Understand the universal force of attraction between masses.

🔄

Simple Harmonic Motion (SHM)

Study oscillatory motion and its mathematical description.

💧

Fluid Mechanics (Pressure, Buoyancy)

Explore the behavior of fluids at rest and in motion.

🌡️

Thermal Properties of Matter

Learn how matter responds to changes in temperature.

🔥

Heat and Temperature

Understand the difference between heat and temperature.

♨️

Thermodynamics (Basic Laws)

Discover the fundamental laws of energy conversion.

🎵

Waves and Sound

Explore wave phenomena and sound propagation.

🌈

Reflection and Refraction of Light

Learn how light behaves at boundaries between media.

💡

Basic Electricity (Ohm’s Law, Circuits)

Understand electrical circuits and fundamental laws.

🧲

Magnetism and Electromagnetism

Explore magnetic fields and electromagnetic phenomena.

⚛️

Modern Physics (Atoms & Radioactivity)

Discover the world of atoms and nuclear phenomena.

🧭

Kinematics in 3D

Study motion in three-dimensional space.

🔄

Rotational Motion and Torque

Learn about rotating systems and turning forces.

⚖️

Conservation Laws

Explore fundamental conserved quantities in physics.

🔄

Elasticity and Stress-Strain

Understand how materials deform under stress.

💧

Surface Tension and Viscosity

Study fluid surface properties and flow resistance.

♨️

Thermodynamics (Advanced Applications)

Deeper exploration of thermodynamic systems.

💨

Kinetic Theory of Gases

Understand gas behavior at the molecular level.

🌊

Wave Optics

Study light as a wave phenomenon.

👁️

Geometrical Optics

Learn about lenses, mirrors and image formation.

⚡

Electrostatics

Explore electric charges at rest.

🔋

Capacitance and Dielectrics

Understand energy storage in electric fields.

🔌

Current Electricity

Study the flow of electric charge.

🧲

Magnetic Effects of Current

Explore how electric currents create magnetic fields.

🔁

Electromagnetic Induction

Learn how changing magnetic fields produce electricity.

↩️

Alternating Current (AC)

Understand periodically reversing current.

🧮

Maxwell’s Equations

Discover the foundation of classical electromagnetism.

☀️

Photoelectric Effect

Explore light’s particle nature and electron emission.

⚛️

Atomic Models

Trace the development of atomic structure theories.

☢️

Nuclear Physics

Study atomic nuclei and their transformations.

📐

Lagrangian & Hamiltonian Mechanics

Advanced formulations of classical mechanics.

⏱️

Relativity

Explore Einstein’s theories of space and time.

🔮

Quantum Mechanics

Discover the physics of the very small.

🌌

Quantum Field Theory

Study particles as excited states of fields.

📊

Statistical Mechanics

Connect microscopic physics to macroscopic phenomena.

💎

Solid State Physics

Explore the physics of solids and materials.

🧪

Nuclear & Particle Physics

Study fundamental particles and their interactions.

🌠

Astrophysics and Cosmology

Explore the physics of the universe.

⚡

Plasma Physics

Study the fourth state of matter.

🧲

Electrodynamics (Advanced)

Deeper exploration of electromagnetic theory.

🦋

Nonlinear Dynamics & Chaos

Study complex systems and sensitive dependence.

❄️

Superconductivity

Explore zero-resistance materials.

🧵

String Theory & M-Theory

Introduction to theoretical frameworks in physics.