Nuclear Force	Alpha Decay
Properties of Fluids	Polaroid Films
What are P-waves?	Scattering of Light
Seismic Waves	Ray Optics – Power of a Lens
Scientific Methods	Thin Lens Formula of Lenses
Anatomy of Human Ear	Power of Alternating Current
Rolling Friction	LC Oscillations
Nuclear Fusion	Reactance and Impedance
Balanced and Unbalanced Forces	What are Eddy Currents?
Kinematics Equations	Induced Electromotive Force and Current
Convex Lens	Dipole Electric Field
Angle of Incidence	Law of Conservation of Angular Momentum
Force and Motion	Scalar Product and Vector Product
Thermal Properties of Materials	Addition and Subtraction of Vectors
Remote Sensing	Virtual & Real Image
Types of Waves	Mass and Weight
Modern Physics	Conservation of Linear Momentum
Magnetic Quantum Number	Ideal Gas Equation
Effects of Forces	Periodic Function
Energy Conversions	Beats
Radioactive Decay	Kinetic Friction
Special Theory of Relativity	Reflection Lateral Inversion
What is Fluid Flow?	Rectilinear Propagation of Light
Light Sources	What is meant by Weather?
Solid State Physics	The Principle of Electric Bell
Bar Magnet	Current Coil
Average Velocity	What is a Beat? – Sound
Work, Power & Energy	Working Principle of Electrical Fuse
Radiation Detector	Time Measurement
Beta Decay	The Idea of Time
Electrons and Protons	Poles of Magnets
Gamma Radiation	Electrical Insulators
Angular displacement	Gravitation
Elastic Collision	Management of Natural Resources
White Light	Forests & Wildlife Conservation
Isothermal Process	Superposition Principle
Alpha Decay	Forces Between Multiple Charges
Azimuthal Quantum Number	Drift Velocity
Motion in a Straight Line	Speed of Wave Motion
Scintillation Counter	Kinetic Interpretation of Temperature
History of Science	Dimensions of Physical Quantities
Photometry	Exact Numbers; Errors in Measurements
Fluid Friction	Rounding off Significant Figures
Particle Physics	Rules for Arithmetic Operations
What is a Nuclear Reactor?	Electrical Conductors
Vibration and Propagation of Sound	Electric Circuit
The Human Voice – Vocal Cord	What is Electric Current?
Archimedes Principle	What is Power?
Satellite Communication	Relative Density
Magnetic Effect of Electric Current	Acceleration Due to Gravity
Electric Potential	Mass & Momentum
Polarization of Light	Centripetal Force
Guass Law	Velocity
The Human Eye	Force: Push & Pull
Electric Motor	Magnetic Poles& it’s Significance
Decible Meter	Electronics Components and their Symbols
Diamagnetism	Friction in Automobiles
Angular Acceleration	What is a Magnet?
Magnet – Types & Properties	Blindness and Visual Impairment
Visible Light	Non-Optical Low Vision Aids
What is a Hadron?	The Laws of Reflection
Laser Diode	Non-Contact Force
Geiger Counter	Interaction of Forces
Statistical Mechanics	Optical Low Vision Aids
Optical Instruments	Plane Mirror
Inelastic Collision	Friction: A Necessary Evil
Deuterium	Contact Force
Rotation and Revolution	Measurement of Length
What is a Betatron?	Size of Oleic Acid: Measurement
Non-Renewable Energy	Measurement of Time
Rare Earth Magnets	Speed-Time Graphs
Radio Waves	Stefan Boltzmann Law
Earth Science	Analysis of a LCR Series Circuit
Gravitational Field	Satellite Communication
Fluid Dynamics	Polar and Non Polar Materials
Optical Density	Electric field of a Sphere
What is Groundwater?	Why do Stars Twinkle?
Sliding Friction	Double Slit Experiment
Sources of Energy	Magnetic moment of Electron
Linear Accelerator	Electric Potential of a Dipole
What is a Lepton?	Errors in Measurement
Electric Current : The flow of charge	Measurement of Mass
Electromagnetic Induction	Fossil Fuel
What is SI Unit?	Electrical Circuits
Types of Friction	Electric Generator
Magnetic Dipole Moment	Solar System
Electrical Force	Constellations
Fermi Energy	Earthquakes
Angular Speed	Celestial Objects in Space
Wave Particle Duality	Planets
Superposition	Stars
Unit of Force	Moon
Energy	Rain and Monsoon
Natural Sources of Energy	Air and its Importance
Kinetic Energy	Speed of Sound Propagation
Nuclear Fission	Conservation of Energy
Compound Lenses	Heating Effect of Current
Controlled Thermonuclear Fusion	Astigmatism – Causes and Types
Electronic Communication	Why do we have two Eyes?
Optical Fibre	Presbyopia – Causes and Types
Spherical Mirrors – Concave & Convex	Eye Defects – Myopia
Gamma Rays: Electromagnetic Spectrum	Fleming’s Left and Right Hand Rules
The Electromagnetic Spectrum	Electric Power
Free Fall	Resistors: Series and Parallel
Diode – Zener Diode	Behaviour of Permanenet Magnets
Conservation of Natural Rresources	Photoelectric Effect
Magnetic field of the Earth	Semiconductors and Insulators
Magnetic Classification of Materials	Actions of Transistors
Types of Oscillation	What are Electromagnets?
Ocean Thermal Energy Conversion	Units of Measurement
Magnetic Field	Law of Radioactive Decay
Work Done	Junction Transistor
Conservation of Environment	Microscopes and Telescopes
Introduction to Motion	Coherent Sources
Electric Field Lines	Center of Mass for a System of Particles
Characteristics of Electromagnetic Spectrum	Electrical Potential Energy
Human Eye: Power of Accommodation	Diffraction of Light
Carbon Resistor	Electric Dipole
Elements of a Communication System	Electric Field
Characteristics of Sound Waves	Reflection on a Plane Mirror
Conservation of Charge	Velocity and Displacement Graph
VI characteristic of an Electronic Component	Characteristics of a Transistor
Resistor Colour Codes	Potential Energy in Simple Harmonic Motion
Human Eye Defect – Hypermetropia	Kinetic Theory of Gases
Electromotive Force and Internal Resistance	Pressure of an Ideal Gas
Uniform and Non-Uniform Motion	Black Body Radiation
Equations of Motion	Moment of Inertia
Biot Savart Law	Centre of Mass
Management of Natural Resources	Scalars & Vectors
Simple Pendulum	Size of the Nucleus
Torque on Dipole	The Huygens’ Principle
Avogadros Constant	Spring Constant
Conventional Sources of Energy	Simple Harmonic Motion
Torque	Boiling Point
Refraction of Light by Spherical Lenses	Greenhouse Effect and Global Warming
Periodic Motion	Uniform Circular Motion
Ohms Law	Equilibrium of Concurrent Forces
Work and Energy	Entrophy
Weathering	Newton’s Universal Law of Gravitation
Quark	Motion in a Plane
Atomic Radii	Fuild Pressure
Properties of Gases	Pascal’s Law
Heat Engine	What is Heat & Temperature?
De Broglie’s Equation	Ideal Gas Law
Layers of the Earth	Properties of Water
Spintronics	Thermal Conductivity
Linear Velocity	Thermal Radiation
Magnetic Moment	Waves – Types & Properties
Longitudinal Waves	Types of Mechanical Waves
Distance and Displacement	Different Types of Heat Engine
Wavelength of Light	Poisson’s Ratio od Strain
Schottky Diode	Latent Heat of Vaporization
Synchrotron	Stress & Strain
Electron Spin	Translational and Rotational Motion
Static Friction	Melting Point
Hyperopia	Specific Heat Capacity
Destructive Interference	Newton’s Second Law of Motion
Nucleon	Thermometer
Luminance	Thermal Expansion of Solids
Timbre	Instantaneous Speed & Velocity
Current Electricity	Elastic Potential Energy
Types of Circuits	Basic Laws of Physics
Geometric Optics	Scope of Physics
Convex Mirror	Young’s Elastic Modulus
Currents in Electrical Conductors	What is Gravitational Constant?
What is Modulation?	Kepler’s Laws of Planetary Motion
Wave Nature of Matter	Rigid Body Dynamics
Advanced Sunrise and Delayed Sunset	Dynamics of Circular Motion
Power Of Alternating Current	Uniform Acceleration
Beta Decay	Basic Forces in Nature
Velocity-Time Graphs	Physics, Technology and Society
Coulomb’s Law Between Electric Charges	What is Physics?
R.M.S Value of an Alternating Current	Force – Types and Nature
History of Transportation	Frictional Force
Hydrostatic Pressure	First Law of Thermodynamics
Zener Diode as a Voltage Regulator	Zeroth Law of Thermodynamics
Dispersion of Light	Bulk Modulus of Elasticity
Mean Free Path	Elastic Behavior of Solids
Properties of Vector	Escape Velocity of Earth
Lenz Law	Motion – Uniform & Non-Uniform
Diode as a Rectifier	Application of Photodiodes
Rolling Friction	Average Speed & Velocity
Acceleration	Modulus of Rigidity
Motion and Force	Hooke’s Law of Stress & Strain
Accuracy and Precision	Earth’s Satellites
Forces on Electric Charges	Gravitational Potential Energy
Gamma Decay	Laws of Friction
Dielectric Polarization and Dielectric Constant	Law of Conservation of Linear Momentum
Avogadro Hypothesis	What is Gravity?
Friction	Newton’s Third Law of Motion
Celestial Bodies	Conservative & Non-Conservative Force
Electromagnetic Spectrum	Work Energy Theorem
Thrust Pressure	Introduction to Heat
Magnetic Dipole Moment	Circular Motion in a Vertical Plane
Electric Field of a Dipole	What is Zero Gravity?
Temperature Dependence of Resistance	Elastic & Non-Elastic Collisions
Utilizing the Solar Energy	Potential Energy
Ozone Depletion : Causes & Effects	Light Emitting Diode (LED)
Characteristics of Sound Waves	Rectilinear Motion of Particles
Noise Pollution	Frames of Reference
Electrical Resistance	Nuclear Fusion
Thermodynamic Process	Capacitor and Capacitance
Hertz and Lenard’s Observations of the Photoelectric Effect	What is Modulation?
Newton’s First Law of Motion	What is GPS?
Centripetal Acceleration	What is Bandwidth?
Atomic Theory	Lenses in Optics
Discovery of Magnets	Internal Reflection
Components of Basic Electrical Circuit	Refraction of Light
What is Eclipse?	Mirror Formula for Spherical Mirrors
Conventional Methods of Measurements	Reflection of Light Through Prism
Types of Volcanos	What is Electromagnetic Spectrum?
Light Emitting Diode	Microwave in the Electromagnetic Spectrum
Ferromagnetism	Infrared Rays: Electromagnetic Spectrum
Brownian Motion	X-rays: Electromagnetic Spectrum
X-ray	Visible Light: Electromagnetic Spectrum
Wave Power	Radio Waves: Electromagnetic Spectrum
What is a Volcano?	Electric Currents in Conductors
What is a Rock Cycle?	Neutrons – Isotopes, Isobars and Isotones
Types of Rocks	Nucleus of an Atom
Surface Tension	Logic Gates
Plate Tectonics	Infrared radiation: Electromagnetic Waves
Nuclear Physics	Environmental Pollution
Lithosphere	Environmental Pollution – Causes
Electromagnetic Pulse	Environmental Pollution: Recycle
Hydrosphere	Water Pollution in India
Density of Water	Graphs of Motion
What is a Cyclotron?	Measurement of Speed
Adiabatic Process	Color of Sunlight
Different Units and Its Conversions	Mirror & Reflection
Types of Forces	Opaque Objects
Electric Charge	Pinhole Camera
Luminosity	Sea & Land Breeze
What is Erosion?	The Solar System
Radiation	Linear Momentum
Electrostatics	Laws of Motion
Types of Energy	Force & Acceleration
What is Atmosphere?	Newton’s Third Law of Motion
Static Electricity	Law of Gravitation
Sedimentary Rocks	Static Electricity
Waves	Frictional Force
Pulley	Laws of Reflection
Renewable Energy	Hydrostatic Pressure
Paramagnetism	Conduction of Electricity In Liquids
Metamorphic Rocks	Conduction of Electricity
Decibel	Electrolysis & Electroplating
Igneous Rocks	Pressure
What is a Hypothesis?	Impact of Temperature
What is a Hurricane?	Shadow Formation
What is Galaxy?	Geothermal Energy
Tension	Solar Energy
Enthalphy	Lens Formula
Electromotive Force	Dispersion in Prism
Buoyancy	Current Carrying Conductor
Generators & Transformers	Refraction
Electromagnetic Waves	Ohm’s Law
Resistors in Series and Parallel	Electric Potential
Standard Measurement Units	Spherical Mirror
Periodic Function: Displacement	Electric Current & Circuits
Motion in Physics	Concave & Convex Lenses
Measurement of Length	Concave & Convex Mirrors
Slow & Fast Motion	Fossil Fuels
Internet: History	Biogas Energy
Frequency Modulation and its Applications	Spherical Mirror Formula
Semiconductor Diode	Refraction of Light
Photoelectric Effect	Sources of Energy
Optical Instruments	Effects of Using Natural Resources
Lens Maker’s Formula	Natural Resources
Transverse Nature of Electromagnetic Waves	Tidal Energy
Resonance	Reflection of Light
Parallel & Perpendicular Theorama	Circuit Diagram
Angular Momentum	White Colour
Resolution of a Vector in a Plane	Audible & Inaudible Sound
Vector Notations	Charge Transfer
Position & Displacement Vector	Concave Mirror
Induction	Images Formed By Lenses
Faraday’s Law	Lightning
Modulation: Frequency vs Amplitude	Sound: Noise or Music?
Amplitude Modulation	Sound Waves
Energy Bands	Functioning of Human Eye
Wind Pressure	Loudness of Sound
Safety Measures	How Human Hear Sound?
Heating Effect of Elecric Current	Amplitude of Sound
Propeeties of Air	Earthquake
Laboratory Thermometer	Causes of Lightning
Classification of Heat	Sound Produced By Humans
Doppler Effect	Potential Energy
Absolute error	Rate of Change of Motion
Calorimeter	Ultrasound
Equilibrium	Sound Reflection
Power	Newton’s Second Law of Motion
Forced Oscillation	Reverberation
Relative Motion	Causes of Cyclones
Scalar & Vector Products	Winter & Summer Clothing
Vectors	Causes of Thunderstorms
Displacement Vectors	Surface Energy
Viscosity	Pressure In Drops
What is a Surface Tension?	Surface Tension
Reynolds Number	Bernoulli’s Principle
Difference between celsius and fahrenheit	Difference between AC and DC
Difference between asteroid and comet	Difference between analog and digital
Difference between centripetal and centrifugal force	Difference between kinetic and potential energy
Difference between nuclear fission and fusion	Difference between electric field and magnetic field
Difference between asteroid and meteoroid	Difference between AM and FM
Difference between acceleration and velocity	Difference between power and energy
Difference between force and power
Ampere’s Law	Curie’s Law
Kirchhoff’s law	Avogadro’s Hypothesis
Kirchoff’s second law	Einstein Field Equation
Brewster’s law	Fermat’s Principle
Mosley’s Law	Joule-Thomson Effect
Equivalence Principle	Wiedemann-Franz Law
Curie-Weiss Law	Casimir Effect
Planck Equation	Continuity Equation