physics

This subject covers units such as nuclear physics, particle physics, mechanics- 1, mechanics- 2, energy and heat transfer, waves and thermodynamics, electromagnetism- 2, electromagnetism- 1 and, shm and wave optics

Mechanics- 1 covers chapters such as Mechanics and Measurement and Uncertainties

Mechanics- 1

Waves and Thermodynamics covers chapters such as Waves and Thermal Physics

Waves and Thermodynamics

Electromagnetism- 1 contains chapter Electricity and Magnetism

Electromagnetism- 1

Mechanics- 2 contains chapter Circular Motion and Gravitation

Mechanics- 2

Particle Physics contains chapter Atomic, Nuclear and Particle Physics

Particle Physics

Energy and Heat Transfer contains chapter Energy Production

Energy and Heat Transfer

SHM and Wave Optics contains chapter Wave Phenomena (HL)

SHM and Wave Optics

Electromagnetism- 2 covers chapters such as Fields (HL) and Electromagnetic Induction (HL)

Electromagnetism- 2

Nuclear Physics contains chapter Quantum and Nuclear Physics (HL)

Nuclear Physics

Physics for the IB Diploma 6th Edition

Potential Energy of Simple Harmonic Motion

Energy of an Orbiting Satellite

Gravitational Potential Energy

Davisson Germer Experiment

Matter Waves: G.P Thomson’s Experiment

Sources of Electromagnetic Waves

Average Value of Alternating Current and Voltage

The Average Value of a Sinusoidal Function

Average Value of Square of Sine and Cos Function

Work Function of a Metal

Conditions for Photoelectric Emission

Basic Definition of Motion

Conservation of Total Energy in Satellites

Peak and RMS Values of AC Current and Voltage

Fossil Fuels

Relating Potential Difference and Electric Field

Range of Mass

Vector Addition & Subtraction

Nuclear Chain Reaction

Beta Emission

Alpha Emission

Dielectrics in a Capacitor

Diode As Full Wave Rectifier

Diode As Half-wave Rectifier

Energy Generation in Stars

Nuclear Reactor

Gamma Emission

Mean Life

Half-life

Radioactive Decay

Radioactive Decay Law

Properties of α, β and γ-rays

Properties of Nucleons & Nuclear Forces

Nuclear Binding Energy

Size of Nucleus and Nuclear Density

Units of Mass and Energy in Nuclear Physics

Introduction to Nucleus

Bohr's Postulate: de Broglie's Explanation

Bohr Atom Model: Frequency of Emitted Radiation

Study on Hydrogen Spectrum

Dual Nature of Light and Matter

Properties of Photons

Photoelectric Effect

Photoelectric Effect and Related Aspects

Introduction to Electron Emission

Brewster’s Law

Microscope and Its Resolution

Position of Maxima in Single Slit Diffraction

Fraunhofer Diffraction by a Single Slit

Diffraction of Light

Phenomena of Diffraction

Fringe Width in YDSE

Fringe Intensity in YDSE

Young's Double-slit Experiment

Doppler Effect in Light

Wavefront

Optical Fibre: Use of Total Internal Reflection

Total Internal Reflection: How It Occurs?

Refraction: Introduction and Laws

Energy Losses in a Transformer

Power in AC Circuit

RMS Value for the Voltage and the Current

Direct and Alternating Current

Self Induction

Mutual Induction

Applications of Eddy Currents

Introduction to Eddy Current

Reason Behind Motional EMF

Motional EMF

Lenz's Law

Kirchhoff's Second Law

Kirchhoff's First Law

Network

Electromotive Force and Terminal Voltage

Electromotive Force (EMF)

Series and Parallel Connection

Power in Electrical Circuits

Drift of Electrons and the Origin of Resistivity

Drift Velocity

Current Density

Energy Density in a Capacitor

Construction of Capacitor

Dielectrics: Polar and Non-polar

Potential Due to Uniformly Charged Spherical Shell

Electric Potential Due to Discrete Charges

Mathematical Expression of Electric Potential

Solid State Cell: A Secondary Cell

Primary Cells (Batteries)

Modes of Vibration of a String

Standing Waves

Reflection of Waves at Fixed Ends

Interference of a Wave

Principle of Superposition

Speed of a Pulse Along a String

Speed of a Transverse Wave

Characteristics of a Wave

Classification of Waves

Introduction to Waves

Heat Transfer by Conduction

Linear Momentum of a System of Particles

This chapter covers topics, such as, Newton's Law of Gravitation, Circular Motion, Gravitational Field Strength, Orbital Motion and Kepler's Laws, Motion in a Vertical Circle, Dynamics of Circular Motion & Motion in a Horizontal Circular Track etc.

Circular Motion and Gravitation

This chapter covers topics, such as, Capacitance, Alternating Current, Combination of Capacitors & Charging and Discharging of a Capacitor in R-C Circuit etc.

Electromagnetic Induction (HL)

This chapter covers topics, such as, Mass-spring System and Simple Pendulum, Doppler's Effect in Light Waves, The Diffraction Grating & Thin Films Interference etc.

Wave Phenomena (HL)

This chapter covers topics, such as, Particle Model of Matter, Heat, Temperature and Its Measurement, Avogadro Constant, Ideal Gas Laws, Temperature and Kinetic Energy, Maxwell-Boltzmann Speed Distribution, Change of State & Pressure etc.

Thermal Physics

This chapter covers topics, such as, Work and Energy, Projectile Motion, Power & Conservation of Linear Momentum etc.

Mechanics

This chapter covers topics, such as, Photon and Light, Matter Waves, Rutherford Scattering, Photoelectric Effect, Radioactive Decay Law, Atomic Model, Tunnelling & Wave Function etc.

Quantum and Nuclear Physics (HL)

This chapter covers topics, such as, Gravitational Field and Potential, Weightlessness, Field Lines and Equipotential Surfaces & Similarity between Electricity and Gravitation etc.

Fields (HL)

This chapter covers topics, such as, Uncertainties and Errors, Measurement in Physics & Vectors and Scalars etc.

Measurement and Uncertainties

This chapter covers topics, such as, Fundamental Forces, Radioactive Decay, Structure of Matter & Elementary Particles etc.

Atomic, Nuclear and Particle Physics

This chapter covers topics, such as, Ohm's Law, Magnetic Field Lines, Motion of Charged Particle in Uniform Magnetic Field & Simple Circuit etc.

Electricity and Magnetism

This chapter covers topics, such as, Wind and Water Energy, Fossil Fuels, Solar Power, Thermal Conduction and Convection, Thermal Radiation, Solar Constant and Greenhouse Effect, Nuclear Energy & Energy Sources etc.

Energy Production

This chapter covers topics, such as, Refraction of Light, Simple Harmonic Motion, Reflection of Light & Dispersion of White Light etc.

Waves

Verifying Ohm's Law

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