Grand Master Physics: every lesson.
171 lessons in five stages. Watch them in order: each stage builds on the one before. Every topic in the NEET, JEE Main and JEE Advanced syllabi has its own lesson, so nothing is left out.
STAGE 1 · BASICS
The physicist's toolkit
Start here. The maths and measurement every later lesson uses.
FoundationMaths for Physics8 lessons
Not in any exam syllabus on its own, but every syllabus depends on it. Included free.
- 001Proportion and scalingHow quantities grow together: y ∝ x, y ∝ x², y ∝ 1/x, and reading a formula like a storyComing soon
- 002Graphs a physicist readsStraight lines, parabolas and hyperbolas; slope and area under a graphComing soon
- 003Trigonometry for physicssin, cos, tan on a triangle, standard angles, small-angle approximationsComing soon
- 004Vectors I: adding and resolvingScalars vs vectors, triangle and parallelogram law, components, unit vectorsComing soon
- 005Vectors II: dot and cross productScalar and vector products and where each one appears in physicsComing soon
- 006Differentiation as a rate of changeSlope at a point, derivatives of common functions, velocity as dx/dtComing soon
- 007Integration as accumulationArea under a curve, simple integrals, displacement from a v–t graphComing soon
- 008Exponentials, logs and approximationseˣ, ln x, the binomial approximation (1+x)ⁿ ≈ 1+nx, and when to use themComing soon
Unit 1Physics and Measurement6 lessons
- 009Physical quantities and SI unitsFundamental and derived units, the SI system and other systems of unitsComing soon
- 010Dimensions of physical quantitiesWriting the dimensional formula of any quantityComing soon
- 011Dimensional analysis and its usesChecking equations, converting units, deriving relations, and the limits of the methodComing soon
- 012Least count, accuracy and precisionWhat an instrument can and cannot tell youComing soon
- 013Errors in measurementAbsolute, relative and percentage error; how errors combineComing soon
- 014Significant figuresCounting, rounding and calculating with significant figuresComing soon
STAGE 2 · FOUNDATION
Motion and force
The heart of mechanics. Almost every later chapter builds on these three.
Unit 2Kinematics11 lessons
- 015Frame of reference, distance and displacementPosition, path length and displacement in one dimensionComing soon
- 016Speed and velocityUniform and non-uniform motion, average speed, instantaneous velocityComing soon
- 017Acceleration and the equations of motionUniformly accelerated motion and the three equations, derived with graphs and calculusComing soon
- 018Reading motion graphsPosition–time and velocity–time graphs: slope, area and what they revealComing soon
- 019Motion under gravityFree fall and vertical throwsComing soon
- 020Relative velocity in one dimensionMotion seen from a moving observerComing soon
- 021Motion in a planePosition, velocity and acceleration vectors and their componentsComing soon
- 022Projectile motionTrajectory, time of flight, maximum height and rangeComing soon
- 023Projectiles from a height and on an inclineExtending projectile motion to exam-style situationsComing soon
- 024Relative velocity in two dimensionsRiver–boat and rain–man problemsComing soon
- 025Uniform circular motionAngular velocity and centripetal accelerationComing soon
Unit 3Laws of Motion11 lessons
- 026Force and inertia: Newton's first lawWhy things keep doing what they are doingComing soon
- 027Momentum and Newton's second lawF = dp/dt, impulseComing soon
- 028Newton's third lawAction–reaction pairs and why they never cancel on one bodyComing soon
- 029Free-body diagrams and equilibriumEquilibrium of concurrent forces, drawing every force onceComing soon
- 030Connected bodiesStrings, pulleys and contact forces between blocksComing soon
- 031Friction I: static and kineticThe laws of friction and the angle of reposeComing soon
- 032Friction II: rolling friction and blocks on blocksRolling friction, lubrication and two-body friction problemsComing soon
- 033Conservation of linear momentumRecoil, explosions and its applicationsComing soon
- 034Dynamics of circular motionCentripetal force and what provides itComing soon
- 035Vehicles on level and banked roadsThe maximum safe speed on a curveComing soon
- 036Accelerated frames and pseudo forceNewton's laws seen from an accelerating lift or carComing soon
Unit 4Work, Energy and Power8 lessons
- 037Work by constant and variable forcesWork as force times displacement, and as area under F–xComing soon
- 038Kinetic energy and the work–energy theoremThe single most useful shortcut in mechanicsComing soon
- 039Potential energy and the springPotential energy, and the potential energy of a springComing soon
- 040Conservative forces and conservation of energyConservative and non-conservative forces; mechanical energyComing soon
- 041PowerRate of doing work, and power as F·vComing soon
- 042Motion in a vertical circleSpeed and tension at the top and bottom of the loopComing soon
- 043Collisions in one dimensionElastic and inelastic collisionsComing soon
- 044Collisions in two dimensionsOblique collisions and the coefficient of restitutionComing soon
STAGE 3 · INTERMEDIATE
Rotation, gravity, matter, heat and waves
Mechanics extended to real bodies, fluids, heat and vibrations.
Unit 5Rotational Motion10 lessons
- 045Centre of massCentre of mass of two particles and of rigid bodiesComing soon
- 046Motion of the centre of massSystems of particles and how the centre of mass movesComing soon
- 047Torque and angular momentumThe rotational versions of force and momentum, and how they relateComing soon
- 048Conservation of angular momentumThe spinning skater and other applicationsComing soon
- 049Moment of inertia and radius of gyrationWhy the same mass can be harder to spinComing soon
- 050Moments of inertia of simple bodiesRings, discs, rods and spheres; parallel and perpendicular axes theoremsComing soon
- 051Equilibrium of rigid bodiesTorques that balance, and the coupleComing soon
- 052Rotation about a fixed axisRotational kinetic energy and the equations of rotational motionComing soon
- 053Rolling without slippingRings, cylinders and spheres rolling down an inclineComing soon
- 054Collisions with rigid bodiesA point mass striking a rotating bodyComing soon
Unit 6Gravitation7 lessons
- 055The universal law of gravitationNewton's law and the gravitational constantComing soon
- 056Acceleration due to gravityg and its variation with height and depthComing soon
- 057Kepler's lawsThe three laws of planetary motionComing soon
- 058Gravitational field and potentialField and potential of point masses, shells and spheresComing soon
- 059Gravitational potential energyEnergy of a mass in a gravitational fieldComing soon
- 060Escape velocityThe speed needed to leave a planet for goodComing soon
- 061SatellitesOrbital velocity, time period, energy, and geostationary orbitsComing soon
Unit 7Properties of Solids and Liquids13 lessons
- 062Elasticity and Hooke's lawStress, strain and the stress–strain curveComing soon
- 063Moduli of elasticityYoung's modulus, bulk modulus and modulus of rigidityComing soon
- 064Pressure in fluids and Pascal's lawPressure with depth and its applications such as the hydraulic liftComing soon
- 065BuoyancyArchimedes' principle and floatingComing soon
- 066Flow of fluidsStreamline and turbulent flow, equation of continuity, critical velocityComing soon
- 067Bernoulli's principleBernoulli's theorem and its applicationsComing soon
- 068ViscosityViscous force, Stokes' law and terminal velocityComing soon
- 069Surface tensionSurface energy, angle of contact, excess pressure in drops and bubblesComing soon
- 070Capillary riseWhy water climbs a thin tube, and other applications of surface tensionComing soon
- 071Thermal expansionExpansion of solids, liquids and gasesComing soon
- 072Calorimetry and latent heatSpecific heat capacity, calorimetry, change of stateComing soon
- 073Heat transferConduction, convection and radiationComing soon
- 074Cooling and blackbody radiationNewton's law of cooling; Kirchhoff's, Wien's and Stefan's lawsComing soon
Unit 8Thermodynamics6 lessons
- 075Heat, work and internal energyThermal equilibrium and the zeroth lawComing soon
- 076The first law of thermodynamicsEnergy conservation for heat and workComing soon
- 077Thermodynamic processesIsothermal, adiabatic, isobaric and isochoric processes on P–V graphsComing soon
- 078Specific heats of gasesCp, Cv, their relation, and the bulk modulus of gasesComing soon
- 079The second lawReversible and irreversible processesComing soon
- 080Heat engines and the Carnot engineEfficiency and why no engine reaches 100%Coming soon
Unit 9Kinetic Theory of Gases5 lessons
- 081The ideal gasEquation of state and work done in compressing a gasComing soon
- 082Pressure from moving moleculesAssumptions of kinetic theory and the concept of pressureComing soon
- 083Temperature and rms speedThe kinetic meaning of temperatureComing soon
- 084Degrees of freedom and equipartitionLaw of equipartition of energy and specific heats of gasesComing soon
- 085Mean free pathHow far a molecule travels between collisions; Avogadro's numberComing soon
Unit 10Oscillations and Waves12 lessons
- 086Periodic motionTime period, frequency and displacement as a function of timeComing soon
- 087Simple harmonic motionThe SHM equation and phaseComing soon
- 088The spring–mass systemRestoring force and force constantComing soon
- 089Energy in SHMKinetic and potential energy through an oscillationComing soon
- 090The simple pendulumIts time period, and angular SHMComing soon
- 091Damped and forced oscillationsResonanceComing soon
- 092Wave motionLongitudinal and transverse waves; speed of a travelling waveComing soon
- 093The progressive wave equationDisplacement relation for a travelling waveComing soon
- 094Superposition and reflection of wavesWhat happens when waves meet or hit a boundaryComing soon
- 095Standing waves in strings and pipesFundamental mode and harmonicsComing soon
- 096BeatsTwo close frequencies and the rise and fall of loudnessComing soon
- 097The Doppler effectWhy a passing horn changes pitchComing soon
STAGE 4 · ADVANCED
Electricity, magnetism and light
The biggest-weightage part of both exams. Builds on vectors, energy and waves.
Unit 11Electrostatics11 lessons
- 098Electric chargeConservation and quantisation of chargeComing soon
- 099Coulomb's law and superpositionForces between charges, and continuous charge distributionsComing soon
- 100The electric fieldField of a point charge and electric field linesComing soon
- 101The electric dipoleField of a dipole and torque on a dipole in a uniform fieldComing soon
- 102Electric flux and Gauss's lawFlux through a surface and the law that links it to chargeComing soon
- 103Applications of Gauss's lawInfinite wire, infinite plane sheet and thin spherical shellComing soon
- 104Electric potentialPotential of a point charge, a dipole and a system of chargesComing soon
- 105Equipotentials and potential energyEquipotential surfaces; energy of charges and of a dipole in a fieldComing soon
- 106Conductors and dielectricsCharges on conductors; dielectrics and polarisationComing soon
- 107CapacitorsCapacitance; capacitors in series and parallelComing soon
- 108The parallel-plate capacitorWith and without a dielectric; energy storedComing soon
Unit 12Current Electricity8 lessons
- 109Electric current and drift velocityDrift velocity, mobility and their link with currentComing soon
- 110Ohm's law and resistanceV–I characteristics of ohmic and non-ohmic conductorsComing soon
- 111Resistivity and temperatureResistivity, conductivity and how resistance changes with temperatureComing soon
- 112Electrical energy and powerPower in circuits and the heating effect of currentComing soon
- 113Resistors in series and parallelCombining resistancesComing soon
- 114Cells, emf and internal resistancePotential difference, emf, and cells in series and parallelComing soon
- 115Kirchhoff's lawsThe two laws and how to apply themComing soon
- 116Wheatstone bridge and metre bridgeBalanced bridges, the metre bridge and the post office boxComing soon
Unit 13Magnetic Effects of Current and Magnetism8 lessons
- 117The Biot–Savart lawMagnetic field on the axis of a circular loopComing soon
- 118Ampère's lawField of a long straight wire and of a solenoidComing soon
- 119Force on a moving chargeMotion of a charge in uniform magnetic and electric fieldsComing soon
- 120Force on a current-carrying wireForce between two parallel currents and the definition of the ampereComing soon
- 121Torque on a current loopMagnetic moment of a loop in a uniform fieldComing soon
- 122The moving-coil galvanometerCurrent sensitivity and conversion into an ammeter and voltmeterComing soon
- 123Magnetic dipoles and the bar magnetA current loop as a dipole; field lines; torque on a dipoleComing soon
- 124Magnetic materialsPara-, dia- and ferromagnetism and the effect of temperatureComing soon
Unit 14Electromagnetic Induction and Alternating Currents7 lessons
- 125Faraday's lawElectromagnetic induction, induced emf and currentComing soon
- 126Lenz's law and eddy currentsThe direction of an induced currentComing soon
- 127Self and mutual inductanceHow a coil opposes changes in its own currentComing soon
- 128RC, LR and LC circuitsGrowth and decay of current; LC oscillationsComing soon
- 129Alternating currentPeak and rms values, reactance and impedanceComing soon
- 130The LCR series circuitResonance, power in AC circuits, wattless currentComing soon
- 131AC generator and transformerHow AC is made and how voltage is stepped up or downComing soon
Unit 15Electromagnetic Waves2 lessons
Unit 16Optics11 lessons
- 134Reflection and spherical mirrorsThe mirror formulaComing soon
- 135Refraction and total internal reflectionRefraction at plane surfaces and its applicationsComing soon
- 136Refraction at spherical surfacesThin lens formula and the lens maker's formulaComing soon
- 137Power and combinations of lensesLenses in contact; mirrors combined with lensesComing soon
- 138MagnificationLinear magnification for mirrors and lensesComing soon
- 139The prismDeviation and dispersion of lightComing soon
- 140Optical instrumentsMicroscope and astronomical telescope: magnifying and resolving powerComing soon
- 141Wavefronts and Huygens' principleReflection and refraction explained with wavesComing soon
- 142InterferenceYoung's double-slit experiment, fringe width, coherent sourcesComing soon
- 143DiffractionSingle-slit diffraction and the width of the central maximumComing soon
- 144PolarisationPlane-polarised light, Brewster's law and PolaroidsComing soon
STAGE 5 · GRAND MASTER
Modern physics, devices and experiments
The final stretch: the newest physics in the syllabus and the experiments the exams ask about.
Unit 17Dual Nature of Matter and Radiation3 lessons
Unit 18Atoms and Nuclei7 lessons
- 148Rutherford's model of the atomAlpha-particle scatteringComing soon
- 149The Bohr modelEnergy levels and the hydrogen spectrumComing soon
- 150X-raysCharacteristic and continuous X-rays and Moseley's lawComing soon
- 151The nucleusComposition and size of the nucleus; atomic massesComing soon
- 152Mass defect and binding energyMass–energy relation and binding energy per nucleonComing soon
- 153Fission and fusionNuclear reactions and their energyComing soon
- 154RadioactivityAlpha, beta and gamma decay; decay law, half-life and mean lifeComing soon
Unit 19Electronic Devices6 lessons
- 155SemiconductorsIntrinsic and extrinsic semiconductorsComing soon
- 156The p-n junction diodeI–V characteristics in forward and reverse biasComing soon
- 157The diode as a rectifierHalf-wave and full-wave rectificationComing soon
- 158LED, photodiode and solar cellTheir I–V characteristicsComing soon
- 159The Zener diodeZener diode as a voltage regulatorComing soon
- 160Logic gatesOR, AND, NOT, NAND and NORComing soon
Unit 20Experimental Skills11 lessons
- 161Vernier calipers and screw gaugeDiameters, depths and thicknessesComing soon
- 162The simple pendulumFinding g, and energy dissipation from amplitude²–timeComing soon
- 163Metre scale and Young's modulusMass by moments; Young's modulus of a wireComing soon
- 164Surface tension and viscosityCapillary rise and the effect of detergents; terminal velocityComing soon
- 165The resonance tubeSpeed of sound in airComing soon
- 166Specific heatMethod of mixtures and the calorimeterComing soon
- 167Metre bridge, post office box and Ohm's lawResistivity and resistance of a wireComing soon
- 168Galvanometer by half deflectionResistance and figure of meritComing soon
- 169Mirrors and lensesFocal lengths by the parallax and u–v methodsComing soon
- 170Prism and glass slabThe i–δ curve; refractive index with a travelling microscopeComing soon
- 171Diodes and componentsp-n and Zener characteristics; identifying diode, LED, resistor and capacitorComing soon
Tags show which official syllabi name each topic: NEET (National Medical Commission), JEE Main (NTA) and JEE Advanced (IIT brochure). Foundation lessons are the maths every syllabus relies on. Every tag is re-checked against the official documents before each chapter is recorded.