• Physics

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    Topics Covered

    1. General Physics

    Introduction to Physics

    Scope and branches of physics

    Scientific methods in physics

     

    Units and Measurements

    SI units and unit conversions

    Precision, accuracy, and significant figures

     

    Vectors and Scalars

    Vector addition and subtraction

    Dot and cross products

     

    2. Mechanics

    Kinematics

    Motion in one and two dimensions

    Velocity and acceleration

    Projectile and circular motion

     

    Newtonian Mechanics

    Newton's laws of motion

    Applications of Newton's laws

    Friction, tension, and normal forces

     

    Work, Energy, and Power

    Work done by a force

    Kinetic and potential energy

    Conservation of energy

    Power and efficiency

     

    Momentum and Collisions

    Linear momentum and impulse

    Conservation of momentum

    Elastic and inelastic collisions

     

    Rotational Motion

    Angular velocity and acceleration

    Torque and rotational inertia

    Rotational dynamics and energy

     

    Oscillations and Waves

    Simple harmonic motion

    Damped and driven oscillations

    Wave properties and types

     

    3. Thermodynamics

    Temperature and Heat

    Temperature scales

    Heat transfer methods (conduction, convection, radiation)

     

    Laws of Thermodynamics

    Zeroth, First, Second, and Third Laws

    Heat engines and refrigerators

     

    Thermodynamic Processes

    Isothermal, adiabatic, isobaric, and isochoric processes

    PV diagrams and work done

     

    Entropy and Free Energy

    Entropy changes in processes

    Gibbs free energy and spontaneity

     

    4. Electromagnetism

    Electrostatics

    Electric charge and Coulomb's law

    Electric fields and potential

    Gauss's Law

     

    Electric Circuits

    Ohm's Law and Kirchhoff's Laws

    Series and parallel circuits

    RC, RL, and RLC circuits

     

    Magnetism

    Magnetic fields and forces

    Biot-Savart Law and Ampère's Law

    Electromagnetic induction (Faraday's Law)

     

    Electromagnetic Waves

    Maxwell's equations

    Properties and spectrum of electromagnetic waves

    Wave-particle duality

     

    5. Optics

    Geometric Optics

    Reflection and refraction

    Mirrors and lenses

    Optical instruments

     

    Physical Optics

    Wave interference and diffraction

    Polarization of light

    Quantum aspects of light

     

    6. Modern Physics

    Relativity

    Special theory of relativity

    Time dilation and length contraction

    Mass-energy equivalence (E=mc²)

     

    Quantum Mechanics

    Wave-particle duality

    Heisenberg Uncertainty Principle

    Schrödinger equation and wavefunctions

     

    Atomic and Nuclear Physics

    Atomic models and spectra

    Radioactivity and nuclear reactions

    Applications of nuclear physics

     

    7. Fluid Mechanics

    Properties of Fluids

    Density, pressure, and buoyancy

    Pascal’s and Archimedes’ principles

     

    Fluid Dynamics

    Continuity equation

    Bernoulli’s equation

    Viscosity and laminar vs. turbulent flow

     

    8. Waves and Oscillations

    Wave Properties

    Wavelength, frequency, and speed

    Types of waves (transverse and longitudinal)

     

    Sound Waves

    Speed of sound in different media

    Doppler effect

    Sound intensity and loudness

     

    9. Computational Physics (Optional Modules)

    Numerical Methods

    Root finding, integration, and differentiation

    Error analysis and stability

     

    Simulation Techniques

    Monte Carlo simulations

    Molecular dynamics

     

    10. Specialized Topics (Optional Modules)

    Astrophysics

    Stellar structure and evolution

    Cosmology and the Big Bang theory

     

    Condensed Matter Physics

    Crystallography and solid-state physics

    Superconductivity and semiconductors

     

    Biophysics

    Physical principles in biological systems

    Medical physics applications

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