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Curriculum
- 29 Sections
- 368 Lessons
- 10 Weeks
- Units And Measurement9
- 1.0Topic : The international system of units
- 1.1Topic: Fundamental Quantities and their units (S.I. system)
- 1.3Topic: Dimensional Analysis
- 1.4Topic: Principle of Homogeneity
- 1.5Topic: Measurement and unit conversion
- 1.6Topic: Accuracy and precision
- 1.7Topic: Errors
- 1.8Topic: Significant figures
- 1.9Topic: Instruments
- Motion in A Straight Line7
- MOTION IN A PLANE8
- 3.0Topic: Physical Quantities in vector form
- 3.1Topic: Motion in a plane
- 3.2Topic: Motion in a plane with constant acceleration
- 3.3Topic: Motion Under Gravity and Free fall
- 3.4Topic: Projectile Motion
- 3.5Topic: Complementary Angles
- 3.6Topic: Relative Motion in Two Dimension
- 3.7Topic: Uniform Circular Motion
- Laws of Motion9
- Work, Energy And Power9
- 5.0Topic: The Work-Energy Theorem (notions of work)
- 5.1Topic: Work
- 5.2Topic: Work Done By Variable Forces
- 5.3Topic: Kinetic Energy
- 5.4Topic: Potential Energy
- 5.5Topic: The conservation of Mechanical Energy
- 5.6Topic: Potential Energy of a Spring
- 5.7Topic: Various Forms of energy (The Law of conservation of energy)
- 5.8Topic: Power
- Centre Of Mass and Collision6
- System Of Particles And Rotational Motion17
- 7.0Topic: Types of Motion Performed By Rigid Bodies
- 7.1Topic: Linear Momentum Of A System Of Particles
- 7.2Topic: Angular Velocity and its relation with Linear Velocity and Angular Acceleration
- 7.3Topic: Moment Of Inertia
- 7.4Topic: Moment of Inertia Of Continues Body
- 7.5Topic: Theorem Of Perpendicular And Parallel Axes
- 7.6Topic: Moment Of Inertia For Two Particular Systems
- 7.7Topic: Rotational Kinetic Energy
- 7.8Topic: Radius of Gyration
- 7.9Topic: Torque and Angular Momentum
- 7.10Topic: Conservation Of Angular Momentum
- 7.11Topic: Equilibrium Of A Rigid Body
- 7.12Topic: Kinematics of Rotational Motion About A fixed Axis
- 7.13Topic: Dynamics of Rotational Motion About A Fixed Axis
- 7.14Topic: Angular Momentum In Case Of Rotations About A Fixed Axis
- 7.15Topic: Rolling Motion
- 7.16Topic: Kinetic Energy Of Rolling Motion
- Gravitation11
- 8.0Topic: Newton’s Law of Gravitation
- 8.1Topic: Gravitational Field Intensity
- 8.2Topic: Acceleration Due To Gravity Of Earth
- 8.3Topic: Acceleration due to Gravity Below And Above The Surface Of Earth
- 8.4Topic: Variation in Acceleration Due To Gravity Due To Rotation Of Earth And Shape Of Earth
- 8.5Topic: Gravitational Potential Energy
- 8.6Topic: Escape speed
- 8.7Topic: Earth Satellite
- 8.8Topic: Orbiting Satellite
- 8.9Topic: Geostationary Satellite
- 8.10Topic: Kepler’s Laws
- Mechanical Properties of Solids9
- Mechanical Properties of Fluids12
- 10.0Topic: Pressure
- 10.1Subtopic: Hydraulic Machines
- 10.2Topic: Streamline Flow
- 10.3Topic: Bernoulli’s Principle
- 10.4Subtopic: Torricelli’s Law, Venturi-Meter and Blood Flow and Heart Attack
- 10.5Subtopic: Dynamic Lift
- 10.6Topic: Viscosity
- 10.7Subtopic: Stoke’s Law
- 10.8Subtopic: Reynolds Number And Critical Velocity
- 10.9Topic: Surface Tension
- 10.10Subtopic: Surface Energy and Surface Tension
- 10.11Subtopic: Different Cases Of Surface Tension
- Thermal Properties Of Matter11
- 11.0Topic: Temperature And Heat
- 11.1Topic: Measurement Of Temperature
- 11.2Topic: Ideal Gas Equation And Absolute Temperature
- 11.3Topic: Thermal Expansion
- 11.4Topic: Specific Heat Capacity
- 11.5Topic: Calorimetry
- 11.6Topic: Change In State
- 11.7Subtopic: Latent Heat
- 11.8Topic: Heat Transfer
- 11.9Topic: Radiation
- 11.10Topic:Newton’s Law Of Cooling
- Thermodynamics11
- 12.0Topic: Thermal Equilibrium
- 12.1Topic: Zeroth Law of Thermodynamics
- 12.2Topic: First Law of Thermodynamics
- 12.3Topic: First Law of Thermodynamics
- 12.4Topic: Specific Heat Capacity
- 12.5Topic: Thermodynamic State Variable And Equation Of State
- 12.6Topic: Thermodynamic Processes
- 12.7Topic: Refrigerators And Heat Pumps
- 12.8Topic: Second Law Of Thermodynamics
- 12.9Topic: Reversible And Irreversible Processes
- 12.10Topic: Carnot Engine
- Kinetic Theory8
- 14.0Topic: Molecular Nature Of Matter
- 14.1Topic: Behaviour of Gases
- 14.2Topic: Kinetic Theory Of An Ideal Gas
- 14.3Topic: Law Of Equipartition Of Energy
- 14.4Topic: Specific Heat Capacity
- 14.5Topic: Mean Free Path
- 14.6PYQ From Kinetic Theory10 Minutes0 Questions
- 14.7NCERT Questions From Kinetic Theory10 Minutes0 Questions
- Oscillations13
- 15.0Topic: Periodic Motion And Oscillatory Motion
- 15.1Topic: Period, Frequency And Displacement
- 15.2Topic: Simple Harmonic Motion
- 15.3Topic: Simple Harmonic Motion And Uniform Circular Motion
- 15.4Topic: Velocity and Acceleration In Simple Harmonic Motion
- 15.5Topic: Force Law for simple Harmonic Motion
- 15.6Topic: Energy in Simple Harmonic Motion
- 15.7Subtopic: Oscillations due to a spring
- 15.8Subtopic: The simple pendulum
- 15.9Topic: Damped Simple Harmonic Motion
- 15.10Topic: Forced oscillations and Resonance
- 15.11PYQ From Oscillations10 Minutes0 Questions
- 15.12NCERT Questions from Oscillations10 Minutes0 Questions
- Waves15
- 16.0Topic: Transverse and Longitudinal Waves
- 16.1Topic: Displacement Relation in Progressive Wave
- 16.2Subtopic: Amplitude and Phase
- 16.3Subtopic: Wavelength and Angular Wave Number
- 16.4Subtopic: Period, Angular Frequency and Frequency
- 16.5Topic: The speed of Travelling Waves
- 16.6Subtopic: Speed of Transverse wave on Stretched string
- 16.7Subtopic: Speed of a Longitudinal wave (speed of sound)
- 16.8Topic: The Principle Of Superposition Of Waves
- 16.9Topic: Reflection of Waves
- 16.10Subtopic: Standing Wave and Normal Modes
- 16.11Topic: Beats
- 16.12Topic: Doppler Effect
- 16.13PYQ From Waves10 Minutes0 Questions
- 16.14NCERT Questions from Waves10 Minutes0 Questions
- Electric Charges And Fields17
- 17.0Topic: Electric Charge
- 17.1Topic: Methods of charging
- 17.2Topic: Basic Properties of Electric Charge
- 17.3Topic: Coulomb’s Law
- 17.4Topic: Forces between Multiple Charges
- 17.5Topic: Electric Field
- 17.6Topic: Electric Field due to a system of charges
- 17.7Subtopic: Physical significance of Electric Field
- 17.8Topic: Electric Field Lines
- 17.9Topic: Electric Flux
- 17.10Topic: Electric Dipole
- 17.11Subtopic: Physical significance of Electric Dipole
- 17.12Subtopic: Dipole in a Uniform Electric Field
- 17.13Topic: Continuous Charge Distribution
- 17.14Topic: Gauss’s Law
- 17.15Topic: Application of Gauss Law
- 17.16FORMULA SHEET ( SBS special)
- Electrostatic Potential and Capacitance17
- 18.0Topic: Introduction
- 18.1Topic: Electrostatic Potential
- 18.2Topic: Potential due to a Point Charge
- 18.3Topic: Potential due to an Electric Dipole
- 18.4Topic: Potential due to a System of Charges
- 18.5Topic: Equipotential Surfaces
- 18.6Subtopic: Relation between Field and Potential
- 18.7Topic: Potential Energy of a system of charges
- 18.8Topic: Potential Energy in an External Field
- 18.9Topic: Electrostatics of Conductors
- 18.10Topic: Dielectrics and Polarisation
- 18.11Topic: Capacitors and Capacitance
- 18.12Topic: The parallel plate Capacitor
- 18.13Topic: Effect of Dielectric on Capacitance
- 18.14Topic: Combination of Capacitors
- 18.15Topic: Energy stored in a Capacitor
- 18.16FORMULA SHEET
- Current Electricity22
- 19.0Topic: Electric Current
- 19.1Topic: Electric Current in Conductors
- 19.2Topic: Ohm’s Law
- 19.3Subtopic: Determination of dependence of R on dimensions of Conductors
- 19.4Topic: Drift of electrons (drift velocity)
- 19.5Topic: Origin of Resistivity
- 19.6Subtopic: Mobility
- 19.7Topic: Limitations of Ohm’s Law
- 19.8Topic: Resistivity of Various Materials
- 19.9Topic: Temperature dependence of Resistivity
- 19.10Topic: Electric Energy
- 19.11Topic: Power
- 19.12Topic: Combination of Resistors
- 19.13Topic: Cells
- 19.14Topic: EMF
- 19.15Topic: Internal Resistance
- 19.16Topic: Cells in series and in parallel
- 19.17Topic: Kirchhoff’s Rules
- 19.18Topic: Wheatstone Bridge
- 19.19Topic: Meter Bridge
- 19.20Topic: Potentiometer
- 19.21FORMULA SHEET
- Moving Charges and Magnetism20
- 20.0Topic: Introduction
- 20.1Topic: Magnetic Force
- 20.2Subtopic: Magnetic Field
- 20.3Subtopic: Lorentz Force
- 20.4Topic: Magnetic force on a Current- carrying conductor
- 20.5Topic: Motion in a Magnetic field
- 20.6Topic: Motion in Combined Electric and Magnetic Fields (Velocity Selector)
- 20.7Subtopic: Cyclotron
- 20.8Topic: Biot-Savart Law
- 20.9Topic: Magnetic field on the Axis of a Circular Current loop
- 20.10Topic: Ampere’s Circuital Law
- 20.11Topic: The Solenoid
- 20.12Topic: The Toroid
- 20.13Topic: Force Between two parallel currents, THE AMPERE
- 20.14Topic: Torque on Current Loop, Magnetic Dipole
- 20.15Subtopic: Torque on a rectangular current loop in an uniform magnetic field
- 20.16Subtopic: Circular Current loop as a Magnetic Dipole
- 20.17Topic: The magnetic Dipole Moment of a revolving electron
- 20.18Topic: The Moving coil Galvanometer
- 20.19FORMULA SHEET
- Magnetism and Matter13
- 21.0Topic: Introduction
- 21.1Topic: The Bar Magnet
- 21.2Subtopic: The Magnetic Field Lines
- 21.3Subtopic: Bar magnet as an equivalent solenoid
- 21.4Subtopic: The Dipole in a Uniform Magnetic field
- 21.5Subtopic: The electrostatic analog
- 21.6Topic: Magnetism and Gauss’s Law
- 21.7Topic: The Earth’s Magnetism
- 21.8Topic: Magnetisation and Magnetic Intensity
- 21.9Topic: Magnetic Properties of Materials
- 21.10Topic: permanent Magnet
- 21.11Topic: Electromagnet
- 21.12FORMULA SHEET
- Electromagnetic Induction13
- 22.0Topic: Introduction
- 22.1Topic: The Experiments of Faraday and Henry
- 22.2Topic: Magnetic Flux
- 22.3Topic: Faraday’s Law of Induction
- 22.4Topic: Lenz Law and Conservation of Energy
- 22.5Topic: Motional Electromotive Force
- 22.6Topic: Energy Consideration: A quantitative study
- 22.7Topic: Eddy Currents
- 22.8Topic: Inductance
- 22.9Subtopic: Mutual Inductance
- 22.10Subtopic: Self Inductance
- 22.11Topic: AC Generator
- 22.12FORMULA SHEET
- Alternating Current15
- 23.0Topic: Introduction
- 23.1Topic: AC Voltage applied to a Resistor
- 23.2Topic: Representation of AC Current and Voltage by Rotating Vectors- Phasors
- 23.3Topic: AC Voltage applied to an Inductor
- 23.4Topic: AC Voltage applied to a Capacitor
- 23.5Topic: AC Voltage applied to a series LCR Circuit
- 23.6Subtopic: Phasor Diagram method
- 23.7Subtopic: Analytical solution
- 23.8Subtopic: Resonance
- 23.9Sub-subtopic: Sharpness of Resonance
- 23.10Topic: Power in AC Circuit: The Power Factor
- 23.11Topic: LC Oscillations
- 23.12Topic: Transformers
- 23.13Topic: RC/RL Circuits with DC Source
- 23.14FORMULA SHEET
- Electromagnetic Waves13
- 24.0Topic: Introduction
- 24.1Topic: Displacement Current
- 24.2Subtopic: Maxwell’s Equations
- 24.3Topic: Electromagnetic Waves- Sources
- 24.4Subtopic: Nature of electromagnetic waves
- 24.5Topic: Electromagnetic Spectrum
- 24.6Subtopic: Radio waves
- 24.7Subtopic: Microwaves
- 24.8Subtopic: Infrared waves
- 24.9Subtopic: Visible Rays
- 24.10Subtopic: Ultraviolet rays
- 24.11Subtopic: X- rays
- 24.12Subtopic: Gamma rays
- Ray Optics and Optical Instruments17
- 25.1Topic: Instruments
- 25.2Topic: Spherical Mirrors
- 25.3Subtopic: Sign convention
- 25.4Subtopic: Focal length of Spherical Mirrors
- 25.5Subtopic: The mirror equation
- 25.6Topic: Refraction
- 25.7Topic: Total Internal Reflection
- 25.8Subtopic: Total Internal Reflection in nature and it’s technological application
- 25.9Topic: Refraction at Spherical surfaces
- 25.10Topic: Lens
- 25.11Topic: Refraction by a lens
- 25.12Subtopic: Power of a lens
- 25.13Subtopic: Combination of thin lenses in contact
- 25.14Topic: Refraction through a Prism
- 25.15Topic: Optical Instruments
- 25.16Topic: Some natural phenomena due to sunlight
- 25.17FORMULA SHEET
- Wave Optics17
- 26.0Topic: Introduction
- 26.1Topic: Huygens Principle
- 26.2Topic: Refraction of a plane wave
- 26.3Topic: Refraction at a rarer medium
- 26.4Topic: Reflection of a plane wave by a plane surface
- 26.5Topic: The Doppler Effect
- 26.6Topic: Interference of Light Waves and Young’s Experiment
- 26.7Topic: Diffraction
- 26.8Subtopic: The single slit
- 26.9Topic: Coherent And Incoherent Addition of Waves
- 26.10Subtopic: Single slit Diffraction pattern
- 26.11Topic: Resolving power of Optical Instruments
- 26.12Subtopic: The validity of Ray optics
- 26.13Topic: Polarisation
- 26.14Subtopic: Polarisation By Scattering
- 26.15Subtopic: Polarisation by reflection
- 26.16FORMULA SHEET
- Dual Nature of Radiation and Matter13
- 27.0Topic: Introduction
- 27.1Topic: Electron Emission
- 27.2Topic: Photoelectric Effect
- 27.3Topic: Experimental study of Photoelectric Effect
- 27.4Subtopic: Effect of intensity of light on photocurrents
- 27.5Subtopic: Effect of Potential on Photoelectric current
- 27.6Subtopic: Effect of frequency of incident radiation on stopping Potential
- 27.7Topic: Photoelectric Effect and Wave Theory of Light
- 27.8Topic: Einstein’s Photoelectric Equation: Energy Quantum of Radiation
- 27.9Topic: Quantum Nature of Light: The Photon
- 27.10Topic: Wave Nature of Matter
- 27.11Topic Davisson And Germer Experiment
- 27.12FORMULA SHEET
- Atoms11
- 28.0Topic: Introduction
- 28.1Topic: Alpha- Particle Scattering and Rutherford’s Nuclear Model of Atom
- 28.2Subtopic: Alpha Particle Trajectory
- 28.3Topic: Electron Orbits
- 28.4Topic: Atomic Spectra
- 28.5Topic: Spectral Series
- 28.6Topic: Bohr model of the Hydrogen Atom
- 28.7Subtopic: The energy levels
- 28.8Topic: The Line Spectra of the Hydrogen Atom
- 28.9Topic: De Broglie’s Explanation of Bohr’s second Postulate of Quantisation
- 28.10FORMULA SHEET
- Nuclei16
- 29.1Topic: Atomic Masses and Composition of Nucleus
- 29.2Topic: Size of Nucleus
- 29.3Topic: Mass – Energy
- 29.4Topic: Nuclear Binding Energy
- 29.5Topic: Nuclear Forces
- 29.6Topic: Radioactivity
- 29.7Subtopic: Law of radioactive decay
- 29.8Subtopic: Alpha Decay
- 29.9Subtopic: Beta decay
- 29.10Subtopic: Gamma decay
- 29.11Topic: Nuclear Energy
- 29.12Subtopic: Fission
- 29.13Subtopic: Nuclear Reactor
- 29.14Subtopic: Nuclear Fusion – Energy generation in stars
- 29.15Subtopic: Controlled thermonuclear fusion
- 29.16FORMULA SHEET
- Semiconductors15
- 30.1Topic: Introduction
- 30.2Topic: Classification of Metals, Conductors and Semiconductors
- 30.3Topic: Intrinsic Semiconductors
- 30.4Topic: Extrinsic Semiconductors
- 30.5Topic: p-n junction
- 30.6Topic: Semiconductor Diode
- 30.7Subtopic: p-n junction diode under forward bias
- 30.8Subtopic: p-n junction diode under reverse bias
- 30.9Topic: Application of Junction Diode as a Rectifier
- 30.10Topic: Zener Diode
- 30.11Topic: Photodiode
- 30.12Topic: Light Emitting diode
- 30.13Topic: Solar Cell
- 30.14Topic: Logic Gates
- 30.15FORMULA SHEET