Physics Tutorials

Atmosphere

• Air Composition Properties
• Anemometer
• Cloud Formation
• Difference Between Cyclone And Hurricane
• How To Make A Windmill
• Trade Winds
• Types Of Wind
• Unit Of Humidity
• Humidity
• Layers of Atmosphere

Atoms

• Behaviour Of Gas Molecules
• Changing States Of Matter
• Gas Constant
• Lepton
• Monatomic Gases
• Neutrons Isotopes Isobars Isotones
• Shell Model
• Value Of Boltzmann Constant
• Derivation Of Van Der Waals Equation
• Geiger Counter
• Measurement Size Of Atom Avogadro
• Neutron Mass
• Nucleon
• Proton Mass
• Size Of The Nucleus
• Value Of Electron

Celestial Bodies

• Advanced Sunrise And Delayed Sunset
• Black Hole
• Constellations
• Difference Between Asteroid And Meteoroid
• Difference Between Meteor And Meteorite
• Difference Between Stars And Planets
• Eclipse
• Halleys Comet
• Life Cycle Of Stars
• Moon
• Planet
• Relation Between G And G
• Solar System
• The Escape Velocity Of Earth
• Value Of G
• Variable Star
• What If The Earth Stopped Spinning
• Why Doesnt The Moon Fall Into The Earth
• Asteroid And Comet Difference
• Chandrasekhar Limit
• Dark Side Of The Moon
• Difference Between Equinox And Solstice
• Difference Between Solar Eclipse And Lunar Eclipse
• Dwarf Planets
• Galaxies
• Hubbles Law
• Luminosity
• Neptune
• Relation Between Escape Velocity And Orbital Velocity
• Rotation and Revolution
• Stars
• Value Of G On Moon
• Value Of Gravitational Constant
• Venus
• Why Do Stars Twinkle
• Space Travel Equipment

Circuits

• Circuit Diagram
• Difference Between Mcb And Mccb
• Difference Between Series And Parallel Circuits
• Electric Circuit Electrical Symbols
• Lc Oscilations
• Lemon Battery
• Resistor Colour Codes
• Resistor
• Transistor As Switch Amplifier
• Types Of Cables
• Types Of Connectors
• Types Of Switches
• Uses Of Battery
• Uses Of Resistor
• Working Principle Of An Electrical Fuse
• Batteries in Series and Parallel
• Rectifier
• Difference Between Fuse And Circuit Breaker
• Difference Between Rtd And Thermocouple
• Changing States Of Matter
• Integrated Circuit
• Lcr Circuit
• Potato Battery
• Resistor Series Parallel
• Resistors In Series Parallel
• Types Of Battery
• Types Of Circuits
• Types Of Resistors
• Types Of Wiring
• Uses Of Rectifier
• Uses Of Transistor
• Circuit Component
• Network Analysis
• Bridge Rectifier - Construction, Working, Advantages
• Types of Lever

Communication Systems Pdf

• Derivation Of Amplitude Modulation
• Difference Between Analog And Digital
• Energy Orbiting Satellite
• Global Positioning System Gps
• Modulation Need Modulation
• Pulse Amplitude Modulation
• Satellite Communication Active And Passive Satellite
• Special Theory Of Relativity
• What Is Bandwidth Of A Signal How Is Bandwidth Measured
• What Is Internet History Of Internet
• Communication Systems Pdf
• Difference Between Am And Fm
• Earth's Satellites
• Frequency Modulation Vs Amplitude Modulation
• Modulation And Demodulation
• Molecular Nature Of Matter
• Remote Sensing
• Satellite Communication
• Terms Used Electronic Communication Systems
• What Is Gps Global Positioning System
• What Is Modulation Why Do We Need It

Diode

• Laser Diode
• Photodiodes Applications
• Schottky Diode
• Uses Of Diode
• Uses Of Zener Diode
• Vi Characteristics
• Zener Diode
• Light Emitting Diode
• Pin Diode
• Types Of LED
• Uses Of Led
• Varactor Diode
• Zener Diode As A Voltage Regulator

Earth Science

• Wind Vane
• Difference Between Magma And Lava
• Environmental Pollution Reduce
• Greenhouse Effect And Global Warming
• How To Make A Model Of Seasons
• Hurricanes
• Igneous Rocks
• Land And Sea Breeze
• Lithosphere
• Noise Pollution Prevention
• Plate Tectonics
• Rock Cycle
• Sedimentary Rocks
• Thunderstorms Cyclone Cause
• Types Of Volcanoes
• Volcanoes
• Weather
• Difference Between Land Breeze And Sea Breeze
• Environmental Pollution And Recycle
• Four Spheres Of Earth
• Groundwater
• How To Make A Volcano
• Hydrosphere
• Importance Of Hydrosphere
• Layers Of The Eart
• Metamorphic Rocks
• People Natural Resources
• Protection Against Earthquake
• Save Environment Reuse
• Soil Erosion
• Types Of Rocks
• Volcano Eruption
• Water Pollution In India
• Weathering
• Earth Science

Electric Charge

• Superposition Principle And Continuous Charge Distribution
• Charged Plane Sphere
• Conservation Of Charge
• Electric Charge And Static Electricity
• Electric Displacement
• Electric Field Of Point Charge
• Electric Potential Dipole
• Electroscope
• Mean Free Path
• Charge Transfer
• Charging By Induction
• Continuous Charge Distribution
• Electric Dipole
• Electric Field Lines
• Electric Flux
• Electric Potential Point Charge
• Mean Free Path Factors
• Potential Energy Charges External Field
• Electric Charge
• Conservation of electric charge

Electricity

• Ac Voltage Capacitor
• Ac Voltage Resistor
• Amperes Law
• Biot Savart Law
• Conduction Of Electricity In Liquids
• Conductivity Of Water
• Current Coil
• Current Electricity Pdf
• Dependence Of Potential Difference Across A Resistor On Current With Graph
• Derivation Of Hall Effect
• Difference Between Ac And Dc Motor
• Difference Between Air Conditioning And Refrigeration
• Difference Between Ammeter And Galvanometer
• Difference Between Circuit Switching And Packet Switching
• Difference Between Earthing And Grounding
• Difference Between Emf And Voltage
• Difference Between Motor And Generator
• Difference Between Resistance And Resistivity
• Difference Between Watts And Volts
• Displacement Current
• Electric Car
• Electric Currents In Conductors
• Electrical Conductors
• Electrical Energy And Power
• Electrical Insulators
• Generator And Transformers
• Heating Effect Electric Current
• Hydroelectricity And Hydro Power Plant
• Kirchhoffs First Law
• Kirchhoff's Second Law
• Parallel Current Carrying Conductor
• Permittivity And Permeability
• Physical Significance Of Electric Field
• Power Alternating Current
• Relation Between Kva And Kw
• Relation Between Power And Resistance
• Relation Between Watt And Volt
• Resistivity Various Materials
• Static Electricity
• The Electric Generator
• The Heating Effect Of Current
• Torque On Dipole
• Types Dc Generators
• Types Of Current
• Types Of Generators
• Types Of Transistors
• Unit Of Conductivity
• Unit Of Electric Charge
• Unit Of Electric Flux
• Unit Of Inductance
• Unit Of Specific Resistance
• Uses Of Electricity
• Uses Of Inductor
• What Are Eddy Currents
• Electrolysis And Electroplating
• DC Generator
• Power Transformers
• Ac Voltage Inductor
• Ampere Prefixes; Definition, Conversion, Calculation
• Basic Properties Electrical Charge
• Carbon Resistor
• Conduction Of Electricity
• Conductors Insulators
• Current Density
• Ac Voltage Across Lcr
• Derivation Of Biot Savart Law
• Difference Between Ac And Dc Generator
• Difference Between Ac And Dc
• Difference Between Alternator And Generator
• Difference Between Ammeter And Voltmeter
• Difference Between Earth And Neutral
• Difference Between Electric Field And Magnetic Field
• Difference Between Kva And Kw
• Difference Between Resistance And Impedance
• Difference Between Voltage And Current
• Dipole Electric Field
• Effect of Magnet on Current-Carrying Wire
• Electric Current
• Electric Power
• Electrical Current
• Electrical Force
• Electrical Resistance
• AC Generator
• How To Make A Wooden Generator
• Joules Law
• Kirchhoffs Law
• Ohms Law
• Parallel Plate Capacitor
• Phasor Representation Ac
• Potentiometer Working
• Reactance And Impedance
• Relation Between Line Voltage And Phase Voltage
• Relation Between Resistance And Length
• Resistivity Temperature Dependence
• Rms Value Alternating Current
• Temperature Dependence Resistance
• The Electric Motor
• Torque Current Loop
• Transistor Working
• Types Of Ac Motors
• Types Of Dc Motor
• Types Of Motors
• Unit Of Capacitance
• Unit Of Current
• Unit Of Electric Field
• Units of Electricity
• Unit Of Resistance
• Unit Of Voltage
• Uses Of Electroplating
• Uses Of Transformer
• Wheatstone Bridge
• AC Generator
• Electronics in Daily Life
• DC Motor
• Types of Gears
• Electricity and Magnetism
• Generalization of Kirchhoff's Laws

Electromagnetic waves

• Characteristics Of EM Waves
• Gamma Radiation
• Linear Accelerator
• Minkowski Space
• Propagation Constant
• Radio Waves
• Spectral Series
• The Electromagnetic Spectrum Gamma Rays
• The Electromagnetic Spectrum Visible Light
• Wiens Law
• Difference Between Violet And Purple
• Infrared Radiation
• Maxwells Equations
• Optical Density
• Propagation Of Electromagnetic Waves
• Scintillation Counter
• Synchrotron
• The Electromagnetic Spectrum Ultraviolet Rays
• Uv Light
• X Ray

General articles

• Dielectrics
• Dielectric constant of Water
• Ampere’s law and its applications
• Characteristics Of Liquids
• Cloud Chamber
• Composition Of Universe
• AC Voltage applied to an Inductor
• Branches of Physics - Learn all about various Physics Branches
• Characteristics of Solids
• Chemical properties of substances
• Amplitude of a Wave
• Chromatic Aberration
• Coefficient of Performance
• Coefficient of Viscosity
• Complementary Metal-Oxide Semiconductor (CMOS)
• Compound Microscope
• Conditions for Interference
• Conductors in Electrostatic Equilibrium

Electromagnetism

• Curie Weiss Law
• Electromagnetic Damping
• Electromagnetic Induction
• Electromagnetic Radiation
• Electromagnetic Spectrum Microwave
• Electromagnetic Spectrum X-Rays
• Electromotive Force
• Faraday Constant
• Fine Structure Constant
• Hertz Lenard Observations
• Induced Electromotive Force And Current
• Lorentz Force
• Planck Equation
• Solenoid Toroid
• Value Of Plancks Constant
• What Are Electromagnets
• Difference Between Electromagnet And Permanent Magnet
• Electromagnetic Field
• Electromagnetic Pulse
• Electromagnetic Spectrum Infrared Rays
• Electromagnetic Spectrum Radio Waves
• Electromagnetic Waves Transverse Nature
• Experiment Faraday Henry
• Faradays Law
• Flemings Left Hand Rule And Right Hand Rule
• Impedance Of Free Space
• Light Filtering Polaroid Films - Polarization
• Particle Accelerator
• Solenoid Engine
• Spintronics
• Velocity Selector
• Hall Effect

Electrostatics

• Capacitor Types
• Ceramic Capacitor
• Dielectric Material And Dipole Moment
• Dielectric Properties
• Difference Between Capacitor And Inductor
• Electrolytic Capacitor
• Electrostatic Potential
• Electrostatic Shielding
• Epsilon Naught Value
• Lightning Thunderstorm Safety Measures
• Motional Emf
• Relation Between Electric Field And Electric Potential
• Capacitor And Capacitance
• Capacitors In Parallel
• Dielectric Constant
• Dielectric Polarization In Polar And Nonpolar Material And Dielectric Constant
• Difference Between Capacitor And Battery
• Effect Dielectric Capacitance
• Electrostatic Conductor
• Electrostatic Precipitator
• Energy Stored In A Capacitor
• Lenz’s Law
• Lightning
• Mu Naught Value
• Van De Graaff Generator
• Electrostatics
• Dielectric Constant in Vacuum

Energy

• Biogas Energy - Definition, Advantages
• Derivation Of Kinetic Energy
• Elastic Collision
• Energy Consideration
• Energy Resources and Their Environmental Impacts
• Forms Of Energy
• Fossil Fuels Coal Petroleum
• Kinetic And Potential Energy Difference
• Kinetic Energy
• Light Energy
• Potential Energy Spring
• Relation Between Calorie And Joule
• Relation Between Kinetic Energy And Momentum
• Solar Energy And Photovoltaic Cell
• Source Of Energy
• Tidal Energy
• Unit Of Energy
• Uses Of Solar Panel
• Solar Cooker
• Conventional and Non-Conventional Sources of Energy
• Elastic And Inelastic Collisions In One And Two Dimensions
• Elastic Potential Energy Spring Potential Energy
• Energy Conversion
• Energy Source Exhaustion
• Fossil Fuel
• Geothermal Energy
• Kinetic Energy And Work Done
• Law Of Conservation Of Energy
• Potential Energy External Field
• Potential Energy
• Relation Between Ev And Joule
• Solar Car
• Solar Energy Project
• Thermal Energy
• Types Of Energy
• Uses Of Solar Cooker
• Utilizing The Solar Energy
• Energy

Fluids

• Specific Gravity
• Archimedes Principle Explanation
• Buoyant Force
• Darcys Law
• Derivation Of Reynolds Number
• Drops Bubbles And Capillary Rise
• Efflux Venturimeter
• Fluid Flow
• Fluid Pressure
• Hydrostatic Paradox
• Hydrostatic Pressure
• Mach Number
• Viscosity
• Properties Of Water Anomalous Expansion Of Water
• Relation Between Viscosity And Density
• Reynolds Number
• Streamline Flow
• Surface Tension
• Unit Of Coefficient Of Viscosity
• Unit Of Surface Tension
• Bernoulli’s Principle
• Darcy Weisbach Equation Derivation
• Derivation Of Continuity Equation
• Difference Between Kinematic And Dynamic Viscosity
• Dynamic Lift
• Fluid Dynamics
• Fluid Friction
• Hydraulic Machines
• Hydrostatic Pressure Fluid Pressure
• Lava Lamp
• Pascals Law And Its Application
• Properties Of Gases
• Relation Between Pressure And Density
• Relative Density
• Stokes Law Derivation
• Surface Energy
• Torricellis Law
• Unit of Density
• Unit of Viscosity
• Density of gases

Force

• Balanced Force
• Central Force
• Conservative Force
• Dalemberts Principle
• Detergents And Surface Tension
• Difference Between Force And Power
• Difference Between Torque And Moment
• Effects Of Forces
• Equilibrium
• Force And Motion
• Force Interaction Of Forces
• Force Multiple Charges
• A Comparative Study Between Non Conservative And Conservative Force
• Inelastic Collision
• Non Contact Force
• Pseudo Force
• Radius Of Gyration
• Relation Between Torque And Power
• Tension
• Types Of Forces
• Unit Of Momentum
• What Is Force Types Of Forces And Their Nature
• Universal Force
• Cells Electromotive Force And Internal Resistance
• Centripetal And Centrifugal Force
• Coriolis Force Derivation
• Derivation Of Torsion Equation
• Difference Between Force And Momentum
• Difference Between Force And Pressure
• Difference Between Torque And Power
• Equilibrium Of Concurrent Forces
• Force And Acceleration
• Force Contact Force Non Contact Force
• Force Motion State Of Motion
• Force Push And Pull
• Impulse Units
• Law Of Conservation Of Linear Momentum
• Parallel Perpendicular Axes Theorem
• Pulley System
• Relation Between Newton And Dyne
• Tension Force
• Types Of Force
• Unit Of Force
• What Are The Fundamental Forces In Nature
• Workdone By Variable Force
• Simple Machines
• Conservative and Non-Conservative Force
• Balanced vs Unbalanced Forces

Friction

• Banking Of Roads
• Friction A Necessary Evil
• Friction Laws Of Friction
• Frictional Force
• Rolling Friction And Rolling Resistance
• Sliding Friction
• Coefficient Of Static Friction
• Friction In Automobiles
• Types Of Friction
• Kinetic Friction
• Rolling Friction
• Static Friction

Gravitation

• Difference Between Density And Specific Gravity
• Einstein Field Equation
• Gravitational Force Escape Velocity
• Gravity
• Universal Law Of Gravitation
• What Is Zero Gravity
• Weightlessness
• Difference Between Gravitation And Gravity
• Free Fall
• Gravity Waves
• Lagrangian Point
• What Is The Gravitational Constant Universal Law Of Gravitation
• Difference Between Centre Of Gravity And Centroid
• Centre of Gravity
• Constant-volume gas thermometers

Heat

• Adiabatic Process
• Celsius And Fahrenheit Difference
• Coefficient Of Linear Expansion
• Cyclic Process
• Difference Between Conduction Convection And Radiation
• Differences Between Enthalpy And Entropy
• Heat Energy
• Heat Engine
• Heat Transfer Conduction Convection And Radiation
• Heat Transfer Thermal Conductivity
• Impact Of Temperature
• Principle Of Calorimetry
• Refrigerator Heat Pump
• Relation Between Celsius And Kelvin
• Thermometer Reading Temperature
• Unit Of Temperature
• Working Of Boiler
• Two Stroke Engine
• Calorimeter
• Clinical Laboratory Thermometer
• Convection Currents
• Derivation Of Heat Equation
• Difference Between Heat And Temperature
• Fouriers Law
• Heat Engine Its Efficiency
• Adiabatic Process Derivation
• Heat Transfer Convection
• Heat Transfer Thermal Radiation
• Latent Heat Of Water
• Radiation
• Relation Between Celsius And Fahrenheit
• Temperature Measurement Thermometer
• Unit Of Heat
• Uses Of Thermometer
• Four Stroke Engine
• Centre of Gravity

Kinetic Theory

• Ideal Gas Equation
• Kinetic Gas Equation Derivation
• Kinetic Theory Of Gases Assumptions
• Kinetic Theory of Gases Derivation
• Ideal Gas Law And Absolute Zero
• Kinetic Interpretation Of Temperature
• Relation Between Kp And Kc

Light

• Astigmatism Eye Defects
• Blind Visually Impaired Braille
• Blind Visually Impaired Optical Low Vision Aids
• Brewster's Law: Definition, Equation, Examples
• Colour of Sunlight
• Difference Between Diffraction And Interference
• Difference Between Real Image And Virtual Image
• Dispersion In Prism
• Eye Defects Hypermetropia Or Hyperopia
• Fermats Principle
• Hyperopia
• Luminance
• Particle Nature Light Photons
• Polarization Of Light
• Raman Scattering
• Single Slit Diffraction
• Sunlight White Coloured
• Transparent Translucent And Opaque
• Value Of C
• Value Of One Light Year
• Wavelength Of Light
• White Light
• Transmission, Absorption and Reflection of Light
• Beer Lambert Law
• Blind Visually Impaired Non Optical Low Vision Aids
• Bragg's Law - Definition, Derivation, Equation, Applications
• Coherent Sources
• Derivation Of Beer Lambert Law
• Difference Between Lcd And Led
• Difference Between Reflection And Refraction
• Einsteins Explaination
• Eye Defects Myopia
• Ficks Law Of Diffusion
• Angle of Incidence - Definition, Formula, Diagram
• Myopia
• Polarisation By Scattering
• Power Of Accommodation The Eye
• Shadow Formation
• Structure Human Eye Functioning
• The Human Eye
• Unit Of Light
• Value Of Hc
• Visible Light
• What Is Presbyopia Eye Defects
• Youngs Double Slit Experiment Derivation
• Specular Diffuse Reflection
• Braille: Helping the Blinds and Visually Impaired

Scalars and Vectors

• Difference Between Scalar And Vector
• Properties Of Vector
• Scalar And Vector Products
• Addition Of Vectors
• Unit Vectors
• Vector Notations
• Position And Displacement Vectors
• Resolution Of Vector Rectangular Components
• Scalar Product
• Triangle Law Of Vector Addition
• Vector Addition
• Vector Product Of Two Vectors
• Scalars and Vectors

Magnetism

• Bar Magnet As An Equivalent Solenoid
• Curie Constant
• Cyclotron
• Diamagnetism
• Discovery of Magnets
• Gauss Rifle
• Induction
• Magnetic Classification Of Materials
• Magnetic Dipole Moment
• Magnetic Electric Force Charge
• Magnetic Field Earth Magnetism
• Magnetic Flux
• Magnetic Levitation Project
• Magnetic Moment
• Magnetic Quantum Number
• Magnetization Magnetic Intensity
• Poles Of Magnets
• Relation Between Gauss And Tesla
• Unit Of Magnetic Field
• Uses Of Electromagnet
• Working Of Electric Bell
• Bar Magnet
• Curie's Law
• Diamagnetic Paramagnetic Ferromagnetic
• Dipole Uniform Magnetic Field
• Ferromagnetism
• Gaussian Surface
• Magnet
• Magnetic Declination
• Magnetic Effect Of Electric Current Direct Current Dc
• Magnetic Field Current Conductor
• Magnetic Field
• Magnetic Force
• Magnetic Moment Electron
• Magnetic Poles
• Magnetic Susceptibility
• Paramagnetism
• Rare Earth Magnets
• Studying the Behaviour of Permanent Magnets
• Unit Of Magnetic Flux
• Uses Of Magnets
• Magnetometer

Motion

• Accelerometer
• Aristotle Fallacy
• Average Velocity
• Conservation Of Linear Momentum
• Continuity Equation
• Derivation Of Drift Velocity
• Derivation Of Escape Velocity
• Derivation Of Lorentz Transformation
• Derivation Of Terminal Velocity
• Difference Between Kinetics And Kinematics
• Difference Between Speed And Velocity
• Displacement Periodic Function
• Distance Time Graph
• Drift Velocity
• Escape Speed
• Graphs
• Impending Motion
• Acceleration
• Kinematics Rotational Motion Around Fixed Axis
• Laws Of Motion
• Lorentz Transformations
• Measuring Rate Of Change Motion
• Motion In A Plane
• Motion In Physics
• Newtons Laws Of Motion First Law
• Newtons Third Law Motion
• Oscillatory Motion
• Position Path Length Displacement
• Radial Acceleration
• Relation Between Torque And Moment Of Inertia
• Relative Speed
• Rigid Bodies Translational Motion And Rotational Motion
• Rolling Motion
• Slow And Fast Motion
• Torque
• Types Of Motion Measurement
• Uniform Circular Motion
• Uniformly Accelerated Motion
• Unit Of Displacement
• Unit Of Moment Of Inertia
• Unit Of Torque
• Velocity
• Vt Graphs
• Velocity Vectors
• Laser
• Coriolis Effect
• Aerofoil
• Average Speed And Average Velocity
• Centripetal Acceleration
• Conservation Of Momentum
• Critical Velocity
• Derivation Of Equation Of Motion
• Derivation Of Law Of Conservation Of Momentum
• Derivation Of Orbital Velocity
• Difference Between Distance And Displacement
• Difference Between Momentum And Inertia
• Differences Between Acceleration And Velocity
• Distance And Displacement
• Distance Time Velocity Time Graph
• Equations Of Motion
• Formulation Of Newtons Second Law Of Motion
• Horizontal Motion
• Instantaneous Speed And Instantaneous Velocity
• Kinematics Equations
• Law Of Inertia
• Linear Velocity
• Measurement Of Speed
• Motion Charged Particle Magnetic Field
• Motion In A Straight Line
• Motion Of Celestial Objects In Space
• Newtons Second Law Of Motion And Momentum
• Newtons Third Law Of Motion The Action Reaction Pair
• Periodic Motion
• Projectile Motion
• Rectilinear Motion Of Particles
• Relation Between Torque And Speed
• Relative Velocity
• Rigid Body And Rigid Body Dynamics
• Rotational Kinetic Energy
• Speed Time Graphs
• Transportation History
• Uniform And Non Uniform
• Uniform Motion And Non Uniform Motion
• Unit Of Acceleration
• Unit Of Distance
• Unit Of Speed
• Unit Of Velocity
• Visualizing Circular Motion In A Vertical Plane
• Why Do Birds Fly In A V Format
• Acceleration vs Time Graphs
• Acceleration Inclined Plane
• Constant Acceleration
• Average Velocity vs Average Speed

Natural resources

• Conservation Of Natural Resources
• Natural Resources Conservation
• Types Of Fossils
• Non Renewable Energy
• Manage Natural Resources
• Natural Resources Management
• Non Conventional Sources Of Energy Ocean Thermal Energy
• Renewable Energy

Nuclear physics

• Atomic spectra, Spectral Series, Rydberg Formula
• Azimuthal Quantum Number - Definition, subsidiary, and FAQs
• Betatron
• Bohr Model Of The Hydrogen Atom
• Controlled Thermonuclear Fusion
• Deuteron Mass
• Electron Emission
• Emission Spectrum
• Hadron
• Nuclear Fission And Fusion Difference
• Nuclear Fusion Reactor
• Periodic Trends of Atomic Radii
• Quark
• Avogadros Number
• Band Theory Of Solids
• Black Body Radiation : Wien Displacement Law
• Bohr radius - definition and derivation
• Deuterium
• Difference Between Emission And Absorption Spectra
• Electron Mass
• Energy Level
• Moseleys Law
• Nuclear Force
• Nuclear Fusion
• Nuclear Reactor Based On Nuclear Fission
• What Is Nuclear Fission
• Betatron Oscillation Applications Limitations

Optics

• Biconvex Lens - Definition, Properties, Uses
• Concave And Convex Mirrors Spherical Mirrors
• Concave Convex Lenses
• Convex Lens
• Derivation Of Lens Formula
• Derivation Of Mirror Formula
• Determination Of Focal Length Of Concave Mirror And Convex Lens
• Difference Between Concave Convex Lens
• Difference Between Mirror And Lens
• Different Optical Instruments
• Geometric Optics
• Lamberts Cosine Law
• Laws Of Reflection
• Lenses In Optics
• Mirror Equation
• Mirrors
• Optical Instruments
• Periscope
• Pinhole Camera
• Power Of A Lens Ray Optics
• Rectilinear Propagation Reflection Of Light
• Reflection Of Light Image
• Reflection Of Light
• Refraction And Dispersion Of Light Through A Prism
• Refraction Of Light By Spherical Lenses
• Refraction
• Relation Between Critical Angle And Refractive Index
• Simple Microscope
• The Lens Makers Formula
• Toric Lens
• Uses Of Concave Lens
• Uses Of Convex Lens
• Uses Of Microscope
• Uses Of Plane Mirrors
• What Is Scattering Of Light
• Aberration of Lens
• Compound Lenses Thin Lenses In Contact
• Concave Convex Lense
• Concave Convex Mirror
• Convex Mirror
• Derivation Of Lens Maker Formula
• Derivation Of Prism Formula
• Difference Between Concave And Convex Mirror
• Difference Between Light Microscope And Electron Microscope
• Difference Between Simple And Compound Microscope
• Fisheye Lens
• Kaleidoscope
• Law Refraction Snell's Law
• Lens Formula
• Macro Lens
• Mirror Formula For Spherical Mirrors
• Modern Physics
• Why Do We Have Two Eyes
• Photometry
• Plane Mirrors
• Rainbow
• Reflection Lateral Inversion
• Reflection Of Light Laws Of Reflection
• Reflection On A Plane Mirror
• Refraction Light Glass Prism
• Refraction Of Light
• Refractive Index
• Resolving Power Of Microscopes And Telescopes
• Spherical Mirror Formula
• Thin Lens Formula For Concave And Convex Lenses
• Total Internal Reflection
• Uses Of Concave Mirror
• Uses Of Convex Mirror
• Uses Of Optical Fibre
• What Is Optical Fiber
• Concave Lens
• Reflection of Light and Laws of Reflection

Oscillation

• Changing The Period Of A Pendulum
• Unit Of Vibration
• Resonance
• Forced Oscillation And Resonance
• Introduction To Spring Constant
• Simple Harmonic Motion And Uniform Circular Motion

Pressure

• Barometer - Definition, Working, how to make a barometer
• Difference Between Stress And Pressure
• Atmospheric Pressure - Gauge Pressure Formula & Examples
• Relation Between Bar And Atm
• Sphygmomanometer
• Unit Of Pressure
• Pressure System
• Derivation Of Bulk Modulus Formula
• Pressure Of Ideal Gas
• Regelation
• Relation Between Bar And Pascal
• Thrust Pressure
• Value Of R In Atm

Quantum physics

• Bell's Theorem - Explanation, Bell's Inequality, Local Realism
• Compton Wavelength
• Derivation Of Schrodinger Wave Equation
• Electrons And Photons
• Fermi Energy
• Franck Hertz Experiment
• Mass Energy Equivalence
• Quantum Mechanics
• Relativity
• Wave Function
• Casimir Effect
• Davisson Germer Experiment
• Electron Spin
• Equivalence Principle
• Fermi Paradox
• How Are Quantum Mechanics Used In Real Life
• Maxwell Boltzmann Distribution Derivation
• Wave Particle Duality
• Rydberg Constant
• Wave Nature Of Matter And De Broglies Equation
• Quantum physics
• Mechanics and Its Applications
• Compton Shift

Radioactivity

• Alpha Particle Mass - Definition, Values, Examples
• Ionizing Radiation
• Radiation Detector
• Radioactivity Alpha Decay
• Radioactivity Gamma Decay
• Stefan Boltzmann Constant
• Unit Of Radioactivity
• Artificial Transmutation
• Cherenkov Radiation
• Nuclear Binding Energy
• Radioactive Decay
• Radioactivity Beta Decay
• Relation Between Beta And Gamma Function
• Types Of Radiation

Scientific Method

• Difference Between Discovery And Invention
• History Of Science
• List Of Physics Scientists And Their Inventions
• Scientific Investigation
• Difference Between Science And Technology
• Hypothesis
• Safety Measures Technology
• Scientific Methods

Thermal Properties of Matter

• Thermal Conductivity Of Metals
• Carnot Engine
• Thermal Stress
• Thermal Conductivity Unit
• Wiedemann Franz Law
• Thermal Properties of Materials

Semiconductors

• Actions Of Transistor
• Characteristics Of A Transistor
• Difference Between Npn And Pnp Transistor
• Extrinsic Semiconductors
• Fet Transistor
• Intrinsic Semiconductors
• P N Junction
• Semiconductor Diode
• Bipolar Junction Transistor: Definitions, Construction, Types
• Difference Between Diode And Rectifier
• Difference Between Zener Breakdown And Avalanche Breakdown
• Feedback Amplifier Transistor Oscillator
• How Diodes Work As A Rectifier
• Junction Transistor
• Semiconductor Devices
• What Are Energy Bands

Solid Deformation

• Bulk Modulus Of Elasticity Definition Formula
• Derivation Of Bending Equation
• Elastic Behaviour Of Materials
• Elastomers
• Longitudinal Strain
• Poissons Ratio
• Relation Between Youngs Modulus And Bulk Modulus
• Shearing Stress
• Stress And Strain
• Tensile Stress
• Compressive Stress
• Elastic Behavior Of Solids
• Elastic Limit
• Hookes Law Equation Experiment
• Plastic Deformation
• Relation Between Elastic Constants
• Shear Modulus Elastic Moduli
• Youngs Modulus Elastic Modulus
• Stress
• Yield Strength
• Solid Deformation
• Solid State Physics

Sound

• Amplitude Frequency Period Sound
• Applications Ultrasound
• Characteristics Of Sound Wavesamplitude
• Derivation Of Doppler Effect
• Doppler Effect
• Hear Sound Ear
• Laplace Correction
• Make A Buzzer
• Reverberation
• Sound Produced Vibration Object
• Sound Vibration Propagation Of Sound
• Acoustics
• The Human Voice How Do Humans Create Sound With Their Vocal Cord
• Unit Of Sound
• Wind Chimes
• Anatomy Of Human Ear
• Beats
• Decibel
• Difference Between Sound Noise Music
• Doppler Shift
• Inaudible Audible Sound
• Loudness Of Sound
• Musical Instruments
• Sound Produced Humans
• Sound Reflection
• Sound Waves Need Medium Propagation
• Speed Of Sound Propagation
• Timbre
• Unit Of Wavelength
• Sound waves

System of Particles and Rotational Dynamics

• Angular Displacement - Definition, Explanation, Examples, and FAQs
• Thermal Expansion Of Solids
• Relationship between Linear motion and Angular Motion
• Relation Between Linear Velocity and Angular Velocity
• Derivation Of Centripetal Acceleration
• Dynamics Of Circular Motion
• Pulley
• Angular Acceleration
• Angular Momentum - Rotation About Fixed Axis
• Angular Momentum- Definition, Formula, Unit, FAQs
• Angular Speed
• Conservation Of Angular Momentum
• Derivation Of Compton Effect
• Dynamics Rotational Motion
• Wheel And Axle
• Particle Physics
• Constant Angular Acceleration
• Angular Speed of Earth

Thermodynamics

• Boltzmann Constant
• Carnot Engine
• Clausius Statement
• Difference between Isothermal and Adiabatic Processes
• Introduction To Heat Internal Energy And Work
• Isothermal Process
• Kelvin Planck Statement
• Law Of Conservation Of Mass
• Relation Between Pressure And Velocity
• Specific Heat Capacity, Specific Heat At Constant Pressure and Constant Volume
• Temperature
• Various Processes In A Thermodynamic System
• Applications of Boltzmann equation
• Carnots Theorem
• Derivation Of Phase Rule
• Enthalpy
• Introduction To Thermodynamics And The First Law Of Thermodynamics
• Joule Thomson Effect
• Law Equipartition Energy
• Maxwells Relations
• Reversible Irreversible Processes
• Statistical Mechanics
• Thermodynamics
• SI Units List
• Statistical Physics
• Conservation Laws

Units and measurements

• Boltzmann Constant - Definition, Formula, Value, Applications
• Carnot Engine
• Clausius Statement
• Difference Between Mass And Weight
• Error Arithmetic Operations Significant Figures
• Error Significant Figures Rounding Off
• Frames Of Reference
• How To Make A Water Clock
• Mass And Momentum
• Relation Between Density And Temperature
• Relation Between Kg And Newton
• Standard Measurement Units
• Time Measurement
• Unit Of Length
• Unit Of Time
• Unit Of Weight
• Density Of Water
• Dimensional Analysis
• Micrometer
• Accuracy and Precision – The Art of Measurement
• Difference Between Mass And Volume
• Difference Between Pound And Kilogram
• Error Significant Figures Exact Numbers
• Errors Absolute Error Relative Error
• How To Make A Potato Clock
• Length Distance Measurement
• Mass And Weight
• Measurement Of Length Triangulation And Parallax Method
• Relation Between Density And Volume
• Screw Gauge
• The Idea Of Time
• Unit Conversion
• Unit Of Mass
• Unit Of Volume
• What Is Time Atomic Clock
• Uses Of Vernier Calipers
• Density of Air

Waves

• Derivation Of One Dimensional Wave Equation
• Difference Between Longitudinal And Transverse Wave
• Frequency And Wavelength
• Helmholtz Equation
• Interference Of Waves
• Mechanical Waves Transverse Waves And Longitudinal Waves
• Period Angular Frequency
• Phase Angle
• Reflection Of Waves
• Relation Between Frequency And Velocity
• Relation Between Phase Difference And Path Difference
• S Waves
• Sky Wave Propagation
• Standing Wave Normal Mode
• Travelling Wave
• Unit Of Frequency
• Wave Number
• Wave Speed
• Transverse Waves
• Destructive Interference
• Dirac Equation
• Wave Propagation
• Helmholtz Free Energy
• Longitudinal Waves
• P Wave
• Periodic Function
• Progressive Wave
• Relation Between Amplitude And Frequency
• Relation Between Group Velocity And Phase Velocity
• Relation Between Velocity And Wavelength
• Sharpness Of Resonance
• Space Wave Propagation
• The Huygens Principle And The Principle Of A Wave Front
• Types Of Waves
• Uses Of Radar
• Wave Power
• Wave Theory Of Light

Work, Energy and Power

• Derivation Of Potential Energy
• Destruction Caused Cyclones
• Difference Between Work And Power
• Power And Energy Difference
• Relation Between Work And Energy
• Unit Of Power
• Work And Energy
• Conservation Of Mechanical Energy
• Work
• Derivation Of Work Energy Theorem
• Difference Between Work And Energy
• Effects Of Radiation
• Power
• Types Of Springs
• Unit Of Work
• Work Done
• Work Energy Theorem And Its Application

Physics Experiments

• To compare the emf of two given primary cells using potentiometer experiment
• To determine minimum deviation for given prism by plotting graph between angle of incidence and angle of deviation
• To convert the given galvanometer of known resistance and figure of merit into a voltmeter of desired range and to verify the same experiment
• To determine equivalent resistance of resistors when connected in series and in parallel
• Laws of Physics and its applications
• Relation between in physics
• Relationship between frequency and length of wire under constant tension using Sonometer
• Relationship between temperature of hot body and time by plotting cooling curve
• Rocket science
• Scope and Excitement of Physics
• To determine radius of curvature of a given spherical surface by a Spherometer
• To determine specific heat capacity of given solid by method of mixtures
• To determine the coefficient of viscosity of given viscous liquid by measuring terminal velocity of given spherical body
• To determine the internal resistance of a given primary cell using a potentiometer experiment
• To determine Young’s modulus of elasticity of the material of a given wire
• To draw the IV characteristic curve for p n junction in forward and reverse bias
• To find downward force along inclined plane on a roller due to gravitational pull of the earth and its relationship with the angle of inclination
• To find effective length of seconds pendulum using graph
• To find focal length of concave lens using convex lens
• To find force constant of helical spring by plotting a graph between load and extension
• To find image distance for varying object distances of a convex lens with ray diagrams
• Tornado Bottle
• Tracing path of a ray of light passing through a glass slab
• Tracing the path of the rays of light through a glass Prism
• Determine Mass of Two Different Objects Using Beam Balance
• To find the Resistance of given wire using Metre Bridge and hence determine the Resistivity of its Material Experiment
• To find the Surface Tension of Water by Capillary Rise Method
• To find the value of V for different U values of Concave Mirror find Focal Length
• To measure the thickness of sheet using Screw Gauge
• To study the variation in volume with pressure for a sample of air at constant temperature by plotting graphs between p and v
• To find the weight of a given Body using Parallelogram Law of Vectors
• Determine Resistance Plotting Graph Potential Difference versus Current
• To convert given Galvanometer into Ammeter of desired range with verification
• To determine refractive index of a glass slab using a travelling microscope
• To study the characteristics of common Emitter of Npn or Pnp Transistor to determine the current and voltage gain values
• To verify the laws of parallel combination of resistances using a metre bridge experiment
• To study the relation between the length of given wire and tension for constant frequency using Sonometer
• To study the relationship between the force of limiting friction and normal reaction and to fill the coefficient of friction between a block and a horizontal surface
• Clothing for winters and summers
• Measure Diameter of Given Wire using Screw Gauge
• Measure Volume of Irregular Lamina - Using Screw Gauge
• Bridge Construction - DIY School Project, Detailed