Prepare for CUET UG Physics

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📘 Preparation Guides

Expert-curated preparation guides for specific Physics topics in CUET UG:

• How to prepare for Mechanics

📹 Video Lectures

01 01 ELECTROSTATICS

• Concept of charge and Coulomb’s law - Prof. K. Thyagarajan
• Superposition Principle For Electrostatic Force - Prof. K. Thyagarajan
• The concept of electric field - Prof. K. Thyagarajan
• Field Due To Dipole And Continuous Charge Distributions - Prof. K. Thyagarajan
• Gauss’s law in electrostatics - Prof. K. Thyagarajan
• APPLICATIONS OF GAUSS’S LAW - Prof. K. Thyagarajan
• Electrostatic Potential And Potential Energy - Prof. K. Thyagarajan
• Potential Due To Different Charge Distributions - Prof. K. Thyagarajan
• Energy Stored In Capacitors, Field In Dielectrics, Gauss’s Law In Dielectrics - Prof. K. Thyagarajan
• Cylindrical and Spherical Capacitors, Series and Parallel Combinations - Prof. K. Thyagarajan
• Problems In Electromagnetics- Electrostatics - Prof. K. Thyagarajan
• Problem Solving Electrostatics - Prof. Amarendra K Sarma

Unit 1: Electrostatic

• Properties of Charge
• Coulomb’s Law
• Problems on Coulomb’s Law
• Superposition Principle
• Electric Field Lines
• Electric Dipole
• Problems on E&V Part 1
• Problems on E&V Part 2
• Gauss Theorem
• Problems on Gauss Theorem
• Electric Potential
• Principle of Capacitor (II)
• Capacitor with Dielectric
• Problems on Capacitor

03 02 CURRENT ELECTRICITY

• Electric Current And Current Density - [Lecture 1] - Prof. Dipan K. Ghosh
• Drift velocity and resistance - [Lecture 2] - Prof. Dipan K. Ghosh
• Mobility and temperature dependence of resistivity- Current and Electricity - [Lecture 3] - Prof. Dipan K. Ghosh
• Electromotive force and Ohm’s law - Current and Electricity - [Lecture 4] - Prof. Dipan K. Ghosh
• Electrical Energy And Power - [Lecture 5] - Prof. Dipan K. Ghosh
• Series And Parallel Combination Of Resistances Part-I -[Lecture 6] - Prof. Dipan K. Ghosh
• Kirchhoff’s Laws- Current and Electricity - [Lecture 9] - Prof. Dipan K. Ghosh
• Wheatstone’s bridge, meter bridge and potentiometer - [Lecture 10] - Prof. Dipan K. Ghosh

04 03 MAGNETIC EFFECTS OF CURRENT AND MAGNETISM

• Magnetostatics- Introduction And Biot Savart Law - Prof. K. Thyagarajan
• Motion Of Charges In The Presence of Electric and Magnetic Fields - By Prof. K. Thyagarajan
• Magnetic Field For A Straight Conductor And Ampere’s Law - By Prof. K. Thyagarajan
• Generalization of Ampere’s law and its applications - Prof. K. Thyagarajan
• More Applications of Ampere’s Law - Prof. K. Thyagarajan
• Force And Torque Due To Magnetic Field - Prof. K. Thyagarajan
• Moving Coil Galvanometer, Ammeter and Voltmeter; Potential Energy of a Dipole - Prof. K. Thyagarajan
• Magnetization- Magnetism and Matter - Prof. K. Thyagarajan
• Diamagnetic, Paramagnetic And Ferromagnetic Materials, Magnetic Field Of The Earth - Prof. K. Thyagarajan

Unit 3: Dual Nature of Matter and Radiation

• Electron Emission, Photon
• Problems on Photoelectric Effect
• Matter Waves
• Problems on Matter Waves
• Heisenberg Principle

06 04 ELECTROMAGNETIC INDUCTION AND ALTERNATING CURRENTS

• Electromagnetic Induction - Electromagnetic Induction - Prof. K. Thyagarajan
• Faraday’s Law Of Induction- Induced emf - Prof. K. Thyagarajan
• Faraday’s Law of Induction- Mutual and Self-Inductance - Prof. K. Thyagarajan
• Self-Inductance And Energy In Magnetic Field - Electromagnetic Induction - Prof. K. Thyagarajan
• AC Current Generator - Prof. K. Thyagarajan
• Circuits with Resistance and Inductance - [Lecture 11] - Prof. Dipan K. Ghosh
• Capacitive Circuits- Alternating Currents - [Lecture 12] - Prof. Dipan K. Ghosh
• LCR Circuit- Graphical Solution - Alternating Currents - [Lecture 13] - Prof. Dipan K. Ghosh
• LCR Circuits- Analytical Solution Resonance - [Lecture 14] - Prof. Dipan K. Ghosh
• LCR Circuit - Applications - [Lecture 15] - Prof. Dipan K. Ghosh
• LCR Circuit - Power Factor - [Lecture 16] - Prof. Dipan K. Ghosh
• LC Oscillations - [Lecture 17] - Prof. Dipan K. Ghosh
• Transformers - [Lecture 18] - Prof. Dipan K. Ghosh

Unit 4: Atoms and Nuclei

• Alpha Scattering Experiment
• Bohr Model
• Applications of Bohr Model
• Hydrogen Spectrum
• Energy Levels of H Atom
• Problems on H Atom
• Nucleus and Its Types
• Binding Energy
• Problems on Nucleus
• Radioactive Decay Law
• Radioactivity
• Problems on Radioactivity
• Nuclear Reactions

08 05 ELECTROMAGNETIC WAVES

• Displacement Current - Prof. K. Thyagarajan
• Concept Of Waves And Electromagnetic Waves - Prof. K. Thyagarajan
• Maxwell’s Equations And Electromagnetic Waves - Prof. K. Thyagarajan
• Problems In Electromagnetics- Magnetic Fields, EM Waves - Prof. K. Thyagarajan

Unit 5: Electronic Devices

• Band Theory of Solids
• Types of Semiconductor
• Conduction In Semiconductor
• Problems on Semiconductor I
• PN Junction
• Basics Of Transistor
• Light Emitting Diode (LED)
• Photodiode, Zener Diode
• Transistor Action
• Uses Of Transistor
• Transistor Numericals Part 1
• Transistor Numericals Part 2
• Logic Gates
• Logic Gates Problems

10 06 OPTICS

• Optics - General Introduction - Prof. M.R. Shenoy
• Optics- Reflection of Light and Formation of Images - Prof. M.R. Shenoy
• The Mirror Equation - Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Refraction of Light - Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Total Internal Reflection - Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Refraction at Spherical Surfaces and by Lenses- Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Power of a Lens and Combination of Thin Lenses in Contact - Prof. M.R. Shenoy
• Viewing Objects- Eyes as an optical instrument - Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Microscopes and Telescopes - Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Refraction Through a Prism and Dispersion - Ray Optics and Optical Instruments - Prof. M.R. Shenoy
• Optics- Wave Optics-Huygens Principle - Prof. M.R. Shenoy
• Optics- Young’s Interference Experiment - By Prof. M.R. Shenoy
• Optics- Interference with Coherent and Incoherent Waves - Prof. M.R. Shenoy
• Optics- Fringe Shift in the Two-hole Interference Equipment - Prof. M.R. Shenoy
• Diffraction - Prof. M.R. Shenoy
• Diffraction Patterns Due to a ‘Single-Slit’ and a ‘Circular Aperture - Prof. M.R. Shenoy
• Optics- Polarisation of Light - Prof. M.R. Shenoy
• What is Light -I - Prof. Ajoy Ghatak
• What is Light-II - Prof. Ajoy Ghatak.

Unit 6: Electromagnetic Waves

• Displacement Current
• Problems On Em Waves Part 1
• Problems On Em Waves Part 2

12 07 DUAL NATURE OF MATTER AND RADIATION

• Modern Physics- General Introduction - Prof. V Ravishankar
• Modern Physics -I - Prof. V Ravishankar
• Modern Physics -II - Prof. V Ravishankar
• Photoelectric Effects- Facts and Prospects - Prof. V Ravishankar
• Wave Nature of Matter - Prof. V Ravishankar
• Matter Waves & Structure of the Atom - Prof. V Ravishankar
• Problem Solving Modern Physics - Dr. Mukesh Kumar

Unit 7: Optics

• Reflection Of Light
• Problems On Reflection Of Light
• Refraction of Light
• Total Internal Reflection
• Lenses
• Image formation by Lenses
• Dispersion of Light
• Rainbow
• Fermat’s principle
• Optical Instruments
• Defects of Vision
• Problems on Ray Optics
• Wave front & Huygens Principle
• Reflection & Refraction of Light

14 08 ATOMS AND NUCLEI

• The Structure of the Atom - Prof. V Ravishankar
• Atomics Models - Prof. V Ravishankar
• Rutherford Scattering and Introduction to Bohr Model - Prof. V Ravishankar
• Bohr Model of Atom-I - Prof. V Ravishankar
• Bohr Model of Atom-II - Prof. V Ravishankar
• Problem Solving Session, Structure of Atom-B - Prof. Sabyashachi Mishra
• Problem Solving in ‘Quantum Physics of Atoms Part-1 [Problem Solving ‘Units and Errors in Measurement’] - Prof. Manu Jaiswal
• Problem Solving in ‘Quantum Physics of Atoms Part-2 - Prof. Manu Jaiswal
• The Atomic Nucleus-I - Prof. V Ravishankar
• The Atomic Nucleus-II - Prof. V Ravishankar
• The Atomic Nucleus Masses and Stability-I - Prof. V Ravishankar
• The Atomic Nucleus Masses and Stability-II - Prof. V Ravishankar
• The Atomic Nucleus Fission and Radioactivity - Prof. V Ravishankar

15 09 ELECTRONIC DEVICES

• Conductors, Semiconductors and Insulators - [Lecture 1] - Prof. HC Verma
• Doping in Semiconductors - [Lecture 2] - Prof. HC Verma
• P-N Junction Basics - [Lecture 3] - Prof. HC Verma
• Field and Potential in P-N junction - [Lecture 4] - Prof. HC Verma
• Current Through a P-N Junction - [Lecture 5 ] - Prof. HC Verma

16 10 Communication Systems

• Basics of Electronic Communication Systems: Modulation and Its Necessity – [Lecture 1] – By Prof. SM Tripathi
• Amplitude and phase frequency modulation, procedure to generate amplitude modulated waves- [Lecture 2] – By Prof. S.M. Tripathi
• Detection Of Amplitude Modulated Waves – [Lecture 3] – By Prof. Sm Tripathi

📝 Study Notes

UNIT-1 ELECTROSTATICS

• Chapter 01 Electric Charges And Fields
• Chapter 02 Electrostatic Potential And Capacitance

UNIT-2 CURRENT ELECTRICITY

• Chapter 03 Current Electricity

UNIT-3 MAGNETIC EFFECTS OF CURRENT AND MAGNETISM

• Chapter 04 Moving Charges And Magnetism

UNIT-3 MAGNETIC EFFECTS OF CURRENT AND MAGNETISM

• Chapter 05 Magnetism And Matter

UNIT-4 ELECTROMAGNETIC INDUCTION AND ALTERNATING CURRENTS

• Chapter 06 Electromagnetic induction
• Chapter 07 Alternating Current

UNIT-5 ELECTROMAGNETIC WAVES

• Chapter 08 Electromagnetic Waves

UNIT-6 OPTICS

• Chapter 09 Ray Optics and Optical Instruments
• Chapter 10 Wave Optics

UNIT-7 DUAL NATURE OF RADIATION AND MATTER

• Chapter 11 Dual Nature of Radiation and Matter

UNIT-8 ATOMS AND NUCLEI

• Chapter 12 Atoms
• Chapter 13 Nuclei

UNIT-9 ELECTRONIC DEVICES

• Chapter 14 Semiconductor Electronics Materials Devices and Simple Circuits

Unit-01 Physical World and Measurement

• Chapter 01 Units And Measurement

Unit-02 Kinematics

• Chapter 02 Motion In A Straight Line
• Chapter 03 Motion In Plane

Unit-03 Laws of Motion

• Chapter 04 Laws Of Motion

Unit-04 Work, Energy and Power

• Chapter 05 Work Energy And Power

Unit-05 Motion of System of Particles and Rigid Body

• Chapter 06 Systems of Particles And Rotational Motion

Unit-06 Gravitation

• Chapter 07 Gravitation

Unit-06 Properties of Bulk Matter

• Chapter 08 Mechanical Properties of Solids

Unit-07 Properties of Bulk Matter

• Chapter 09 Mechanical Properties of Fluids
• Chapter 10 Thermal Properties of Matter

Unit-08 Thermodynamics

• Chapter 11 Thermodynamics

Unit-09 Behaviour of Perfect Gases and Kinetic Theory of Gases

• Chapter 12 Kinetic Theory

Unit-10 Oscillations and Waves

• Chapter 13 Oscillations

• Chapter 14 Waves

• Analog Electronics

• Alternating Current

• Capacitance

• Centre Of Mass

• Circular Motion

• Current Electricity

• Electro Magnetic Waves

• Electromagnetic Induction

• Electrostatics

• Error And Measurement

• Fluid Mechanics And Properties Of Matter

• Geometrical Optics

• Gravitation

• Heat And Thermodynamics

• Magnetic Effect Of Current And Magnetic Force On Charge

• Modern Physics

• Newton Laws Of Motion

• Principle Of Communication

• Projectile Motion And Vector

• Rectilinear Motion

• Relative Motion

• Rigid Body Dynamics

• Semiconductor

• Simple Harmonic Motion

• Sound Wave

• String Wave

• Unit And Dimensions

• Wave Optics

• Work Power And Energy

• Carbon Resistors Learn Its Parts Working Uses Advantages

• Magnetostatics Definition Properties Differences

• Nuclear Energy

• Aberration Of Lens

• Absorption Spectrum

• AC Circuit

• AC Motor

• Acceleration Time Graph

• Acoustics

• Adiabatic Demagnetization

• Advanced Sunrise And Delayed Sunset

• Ammeter

• Amplitude Of A Wave

• Anemometer

• Angular Acceleration

• Dynamic Lift

• Layers Of Sun

• Eddy Current And Displacement Current

• LCR Series Circuit

• Effects Of Radiation

• Lemon Battery

• Elastic Potential Energy Formula

• Light Emitting Diode

• Electric Car

• Light Energy

• Electric Circuit

• Limitations Of Ohms Law

• Electric Dipole

• Potential Energy

• Electric Field Electric Dipole And Electric Flux

• Power Factor

• Electric Field Lines

• Power In Ac Circuit

• Electric Flux

• Power Transformers

• Electrical Conductors

• Pressure Gauge

• Electrical Current

• Pressure Of An Ideal Gas

• Electrical Fuse

• Pressure

• Electrical Insulators

• Principle Of Calorimetry

• Electrolytic Capacitor

• Propagation Constant

• Electromagnetic Devices

• Propagation Of Electromagnetic Waves

• Electromagnetic Energy

• Proton Mass

• Electron Spin

• Pulley System

• Electronic Communication Systems

• Pulse Width Modulation

• Electroscope

• Quantization

• Electrostatic Precipitator

• Quantum Entanglement

• Electrostatics

• Quantum Tunnelling

• Emission Spectrum

• Radiation Pressure

• Energy Conservation

• Radiation

• Energy Stored In A Capacitor

• Radioactivity

• Faraday Constant

• Radius Of Gyration

• Ferromagnetism

• Raman Scattering

• Fluid Flow

• Rare Earth Magnets

• Force Between Multiple Charges

• Rays Of Light

• Force

• Reactance And Impedance

• Franck Hertz Experiment

• Rectifier

• Friction

• Rectilinear Propagation Of Light

• Frictional Force

• Reflection Of Waves

• Galilean Transformation

• Refractive Index

• Gauge

• Refrigeration

• Geiger Counter

• Relation Between Amplitude And Frequency

• Half Wave Rectifier

• Relation Between Bar And Atm

• Hall Effect

• Relation Between Beta And Gamma Function

• Halleys Comet

• Relation Between Critical Angle And Refractive Index

• Harmonic Oscillator

• Relation Between Electric Field And Electric Potential

• Heat Engine

• Relation Between Escape Velocity And Orbital Velocity

• Heat

• Relation Between Kp And Kc

• Heating Effect Of Electric Current

• Relation Between Newton And Dyne

• Humidity

• Relation Between Pressure And Density

• Huygens Principle

• Relation Between Youngs Modulus And Bulk Modulus

• Hydroelectricity And Hydroelectric Power Plant

• Relative Humidity

• Hydrostatic Pressure

• Resistivity

• Hysteresis

• Resistor

• Infrared Radiation

• Resolving Power

• Integrated Circuit

• Resonance

• Interference Of Light

• Reverberation

• International Space Station

• Rheostat

• Ionizing Radiation

• Satellite Communication

• Isothermal Process

• Scintillation Counter

• James Webb Space Telescope

• Seebeck Effect

• Junction Field Effect Transistor

• Seismograph

• Junction Transistor

• Sharpness Of Resonance

• Kinetic Energy

• Shear Stress

• Kinetic Friction

• Sky Wave Propagation

• Lambert Cosine Law

• Sliding Friction

• Laplace Correction

• Solar Eclipse

• Laser Diode

• Solenoid Engine

• Laser

• Solenoid

• Millikan Oil Drop Experiment

• Solid State Physics

• Monochromatic Light

• Sonication

• Moon

• Sonometer

• Motion In A Plane

• Sound Waves

• Murphys Law

• Space Wave Propagation

• Navier Stokes Equation

• Special Theory Of Relativity

• Network Analysis

• Specific Gravity

• Newtons Law Of Viscosity

• Specific Heat Capacity

• Newtons Second Law Of Motion

• Speed And Velocity

• Newton’s Third Law Of Motion

• Normal Force

• Nuclear Force

• Nuclear Fusion

• Optical Bench

• Paramagnetism

• Pendulum

• Periscope

• Angular Momentum Of Electron

• Angular Velocity

• Antimatter

• Average Speed

• Avogadro Hypothesis

• Balanced Force

• Ballistics

• Band Theory Of Solids

• Bar Magnet As An Equivalent Solenoid

• Barometer

• Bells Theorem

• Bernoullis Principle

• Bipolar Junction Transistor

• Black Body Radiation

• Boltzmann Constant

• Braille

• Buoyant Force

• Calorimeter

• Centre Of Mass And Centre Of Gravity

• Centripetal Force

• Characteristics Of Em Waves

• Charge Transfer

• Charging By Induction

• Cherenkov Radiation

• Circuit Breakers

• Circuit Components

• Clausius Statement

• Coherent Sources

• Collision

• Commutator

• Compound Microscope

• Compton Wavelength

• Concave Lens

• Conductor And Insulator

• Conservation Of Mechanical Energy

• Conservative Force

• Constellations

• Convex Mirror

• Current And Electricity

• Cyclic Process

• Cyclotron

• Davisson Germer Experiment

• DC Generator

• Decibel

• Delta Modulation

• Derivation Of Equation Of Motion

• Derivation Of Lorentz Transformation

• Derivation Of Potential Energy

• Derivation Of Prism Formula

• Deuterium

• Diamagnetism

• Dielectric Constant

• Dielectric Material

• Difference Between AC And DC Current

• Difference Between Centre Of Gravity And Centroid

• Difference Between Echo And Reverberation

• Difference Between Emission And Absorption Spectra

• Difference Between Heat And Temperature

• Difference Between Kinetics And Kinematics

• Difference Between Mirror And Lens

• Difference Between Real Image And Virtual Image

• Difference Between RTD And Thermocouple

• Difference Between Simple And Compound Microscope

• Difference Between Solar Eclipse And Lunar Eclipse

• Difference Between Voltage And Current

• Differences Between Acceleration And Velocity

• Differences Between Enthalpy And Entropy

• Diode As A Rectifier

• Loudness Of Sound

• Magnet

• Magnetic Declination

• Magnetic Effect Of Electric Current

• Magnetic Moment Of Electron

• Magnetic Poles

• Magnetic Susceptibility

• Manometer

• Mass Of Deuteron

• Mean Free Path

• Permanent Magnet

• Perpetual Motion

• Photon Energy

• Photon

• Photovoltaic Cell

• Physical Significance Of Electric Field

• Pin Diode

• Plane Mirror

• PN Junction Diode

• Poissons Ratio

• Spherometer

• Sphygmomanometer

• Spring Potential Energy

• Stars

• Static Friction

• Statistical Mechanics

• String Theory

• Surface Energy

• Synchrotron

• Tension Force

• Terminal Velocity

• The International System Of Units

• Thermal Diffusivity

• Thermal Energy

• Thermal Expansion

• Thermal Stress

• Thermodynamic System

• Joule’s Law

• Magnetic Lines Of Force

• Mechanical Properties Of Fluids

• Micrometer

• Timbre

• Time Dilation Length Contraction Relative Speed

• Toric Lens

• Torque On A Dipole

• Total Internal Reflection

• Transducer

• Transistor

• Translatory Motion

• Translucent Materials

• Transverse Wave

• Travelling Wave

• Types Of Battery

• Types Of Cables

• Types Of Connectors

• Types Of DC Motors

• Types Of Motion

• Types Of Motors

• Types Of Radiation

• Types Of Resistors

• Types Of Switches

• Uniform Circular Motion

• Unit Of Resistance

• Units And Measurements

• Uses Of Optical Fibre

• Uses Of Transformer

• Uses Of Zener Diode

• Variable Star

• Velocity Selector

• Velocity Time Graphs

• Viscosity

• Visible Light

• Voltmeter

• Wattless Current

• Wave Motion

• Wave Number

• Wave Particle Duality

• Wave Speed

• Wavelength Of Light

• Waves Types And Properties

• Weather

• Weightlessness

• Wheatstone Bridge

• Wiedemann Franz Law

• Work Done By Variable Force

• X-Ray

• Yield Strength

• Youngs Double Slit Experiment

• Engineering Mechanics Equilibrium And Friction

• Difference Between Resistance And Resistivity

• Application And Uses Of Based Articles In Physics

• Constants In Physics

• Derivation Of Physics Formulas

• Differences & Comparisons Articles In Physics

• Laws Of Physics

• List Of Physics Scientists And Their Inventions

• Puzzles And Brain Teasers

• Relation Between Based Articles In Physics

• Si Units In Physics

• Types And Classifications Based Articles In Physics

• Value Of Constants In Physics

• Acoustics

• Mechanics

• Motion In Physics

• Relativity

• Ampere’S Law

• Archimedes Principle

• Bernoulli’S Principle

• Doppler Effect

• Faraday’S Laws Of Electromagnetic Induction

• Kirchhoff’S Law

• Laws Of Reflection

• Lenz’S Law

• Newton’S Laws Of Motion

• Ohm’S Law

• Thermal Conductivity Unit

• Unit Of Current

• Unit Of Density

• Unit Of Energy

• Unit Of Force

• Unit Of Heat

• Unit Of Magnetic Field

• Unit Of Power

• Unit Of Pressure

• Unit Of Viscosity

• Atmosphere

• Celestial Bodies

• Communication Systems

• Current Electricity

• Deformation Of Solids

• Diodes

• Earth Science

• Electric Charge

• Electric Circuit

• Electricity And Magnetism

• Electromagnetic Waves

• Electromagnetism

• Electrostatics

• Energy And Types Of Energy

• Force

• Free Forced And Damped Oscillations

• Friction

• Fundamental And Derived Units Of Measurement

• Gravitation Gravitational Force And Newton’S Law Of Gravitation

• Heat : Introduction And Classification

• Introduction To Motion

• Kinetic Theory Of Gases

• Light Sources

• Nuclear Physics

• Optics

• Properties Of Fluids

• Quantum Physics

• Radioactivity: Alpha Decay

• Rotational Motion

• Scalar And Vector

• Scientific Methods

• Semiconductors

• Sound Waves

• Sources Of Energy

• The Concept Of Pressure

• Thermal Properties Of Materials

• Thermodynamics

• Wave

• Work, Energy And Power

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3. Make Notes: Review study notes and create your own summaries
4. Practice Regularly: Solve practice questions to test your understanding
5. Take Mock Tests: Attempt exams to assess your preparation level

🔗 Related Subjects

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• Mathematics
• Chemistry

📋 Important Prerequisites

Master these foundational topics for better understanding:

• Mechanics
• Electricity
• Waves

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