Grand Master Physics: the official syllabus, topic by topic.

• +Proportion and scalingExtra

• +Graph shapes: straight line, parabola, hyperbolaExtra

• +TrigonometryExtra

• T001Scalars and vectorsNCERTNEET
• T002Equality of vectorsNCERT
• T003Multiplication of a vector by a real numberNCERT
• T004Vector addition - graphical method (triangle and parallelogram law)NCERTNEET
• T005Vector subtractionNCERTNEET
• T006Unit vectorNCERTNEET
• T007Resolution of a vector (rectangular components)NCERTNEET
• T008Vector addition - analytical method (components; law of cosines/sines)NCERTNEET

JEE Main (Mathematics, Unit 12 Vector Algebra) and JEE Advanced (Mathematics, Vectors) list vectors in their Mathematics syllabi; NEET lists them in Physics.

• T009Scalar (dot) productNCERTNEET
• T010Vector (cross) productNCERTNEET

JEE Main (Mathematics, Unit 12 Vector Algebra) and JEE Advanced (Mathematics, Vectors) list vectors in their Mathematics syllabi; NEET lists them in Physics.

• +Derivatives of common functionsExtra

• +Simple integralsExtra

• +Exponentials, logs, binomial approximationExtra

• T011Units of measurement (unit as reference standard)NCERTNEETJEE MainJEE Adv
• T012System of units (CGS, FPS, MKS)NCERTNEETJEE MainJEE Adv
• T013SI units (SI base quantities and units)NCERTNEETJEE MainJEE Adv
• T014Fundamental (base) and derived unitsNCERTNEETJEE MainJEE Adv

• T015Dimensions of physical quantitiesNCERTNEETJEE MainJEE Adv
• T016Dimensional formulaeNCERTNEETJEE MainJEE Adv
• T017Dimensional equationsNCERTNEETJEE MainJEE Adv

• T018Dimensional analysis (principle of homogeneity)NCERTNEETJEE MainJEE Adv
• T019Checking the dimensional consistency of equationsNCERTNEETJEE MainJEE Adv
• T020Deducing relations among physical quantities by dimensions (and limitations of the method)NCERTNEETJEE MainJEE Adv

• T021Least countNEETJEE MainJEE Adv
• +Accuracy and precisionExtra

• T022Errors in measurement (error analysis; uncertainty in results of calculations)NCERTNEETJEE MainJEE Adv

• T023Significant figures (rules for counting)NCERTNEETJEE MainJEE Adv
• T024Rules for arithmetic operations with significant figuresNCERTNEETJEE MainJEE Adv
• T025Rounding off the uncertain digitsNCERTNEETJEE MainJEE Adv

• T026Frame of referenceNEETJEE MainJEE Adv
• +Distance and displacement in one dimensionExtra

• T027SpeedNCERTNEETJEE MainJEE Adv
• T028VelocityNCERTNEETJEE MainJEE Adv
• T029Uniform and non-uniform motionNCERTNEETJEE MainJEE Adv
• T030Average speedNCERTNEETJEE MainJEE Adv
• T031Instantaneous velocityNCERTNEETJEE MainJEE Adv

• T032Acceleration (average and instantaneous)NCERTNEETJEE MainJEE Adv
• T033Uniformly accelerated motionNCERTNEETJEE MainJEE Adv
• T034Relations (kinematic equations) for uniformly accelerated motionNCERTNEETJEE MainJEE Adv

• T035Velocity-time graph (incl. area under v-t curve = displacement)NCERTNEETJEE MainJEE Adv
• T036Position-time graphNCERTNEETJEE MainJEE Adv

• T037Relative velocityNEETJEE MainJEE Adv

• T038Position vector and displacement vectorNCERTNEETJEE MainJEE Adv
• T039Motion in a plane with constant accelerationNCERTNEETJEE MainJEE Adv

• T040Projectile motionNCERTNEETJEE MainJEE Adv

• +Projectile on an inclined planeExtra

• T041Angular velocity and its relation with linear velocityNCERTNEETJEE MainJEE Adv
• T042Uniform circular motion (centripetal acceleration)NCERTNEETJEE MainJEE Adv

• T043Force (concept; SI unit newton)NCERTNEETJEE MainJEE Adv
• T044Inertia (law of inertia)NCERTNEETJEE MainJEE Adv
• T045Newton's first law of motionNCERTNEETJEE MainJEE Adv

• T046Momentum (linear momentum p = mv)NCERTNEETJEE MainJEE Adv
• T047Newton's second law of motionNCERTNEETJEE MainJEE Adv
• T048ImpulseNCERTNEETJEE MainJEE Adv

• T049Newton's third law of motionNCERTNEETJEE MainJEE Adv

• T050Equilibrium of concurrent forces (equilibrium of a particle)NCERTNEETJEE Main
• T051Solving problems in mechanics (free-body diagrams)NCERT
• T052Common forces in mechanics (contact forces: normal reaction, tension, spring force)NCERT

• T053Static and kinetic frictionNCERTNEETJEE MainJEE Adv
• T054Laws of friction (coefficients of static and kinetic friction)NCERTNEETJEE MainJEE Adv
• +Angle of reposeExtra

• T055Rolling frictionNCERTNEETJEE Main
• +LubricationExtra

• T056Law of conservation of linear momentumNCERTNEETJEE MainJEE Adv

• T057Dynamics of uniform circular motion: centripetal forceNCERTNEETJEE MainJEE Adv

• T058Vehicle on a level circular roadNCERTNEETJEE Main
• T059Vehicle on a banked roadNCERTNEETJEE Main

• T060Inertial and uniformly accelerated frames of referenceJEE Adv

• T061Work done by a constant forceNCERTNEETJEE MainJEE Adv
• T062Work done by a variable forceNCERTNEETJEE MainJEE Adv

• T063Kinetic energyNCERTNEETJEE MainJEE Adv
• T064Work-energy theorem (constant force)NCERTNEETJEE Main
• T065Work-energy theorem for a variable forceNCERTNEETJEE Main

• T066Potential energy (concept)NCERTNEETJEE MainJEE Adv
• T067Potential energy of a springNCERTNEETJEE MainJEE Adv

• T068Conservation of mechanical energyNCERTNEETJEE MainJEE Adv
• T069Conservative and non-conservative forcesNCERTNEETJEE Main

• T070Power (average and instantaneous; units watt, kWh)NCERTNEETJEE MainJEE Adv

• T071Motion in a vertical circleNCERTNEETJEE Main

• T072Elastic and inelastic collisions (classification; momentum conserved, kinetic energy loss)NCERTNEETJEE MainJEE Adv
• T073Elastic and inelastic collisions in one dimensionNCERTNEETJEE MainJEE Adv

• T074Elastic and inelastic collisions in two dimensionsNCERTNEETJEE MainJEE Adv
• +Coefficient of restitutionExtra

• T075Centre of mass of a two-particle systemNCERTNEETJEE MainJEE Adv
• T076Centre of mass of a rigid body (continuous bodies, symmetric shapes, lamina)NCERTNEETJEE MainJEE Adv

• T077Motion of centre of massNCERTJEE Adv
• T078Linear momentum of a system of particles (and its conservation)NCERTNEETJEE MainJEE Adv

• T079Moment of a force (torque)NCERTNEETJEE MainJEE Adv
• T080Angular momentum of a particle (and relation dL/dt = torque)NCERTNEETJEE MainJEE Adv

• T081Conservation of angular momentumNCERTNEETJEE MainJEE Adv

• T082Moment of inertia (and rotational kinetic energy K = 1/2 I omega^2)NCERTNEETJEE MainJEE Adv
• T083Radius of gyrationNCERTNEETJEE Main
• T084Angular momentum in case of rotation about a fixed axis (L = I omega)NCERTNEETJEE MainJEE Adv

• T085Moments of inertia of simple geometrical objects (standard values)NCERTNEETJEE MainJEE Adv
• T086Parallel axes theoremNEETJEE MainJEE Adv
• T087Perpendicular axes theoremNEETJEE MainJEE Adv

• T088Equilibrium of a rigid body (translational and rotational equilibrium; couple)NCERTNEETJEE MainJEE Adv
• T089Principle of moments (lever, mechanical advantage)NCERTNEETJEE MainJEE Adv
• T090Centre of gravityNCERTNEETJEE MainJEE Adv

• T091Rigid body and its kinds of motion (pure translation, rotation about a fixed axis, combination as in rolling)NCERTNEETJEE MainJEE Adv
• T092Angular accelerationNCERTNEETJEE Main
• T093Rigid body rotation: dynamics of rotation about a fixed axis (torque = I alpha; work done by a torque; power)NCERTNEETJEE MainJEE Adv
• T094Equations of rotational motion (kinematics of rotation about a fixed axis, constant angular acceleration)NCERTNEETJEE Main
• T095Comparison of linear and rotational motionsNCERTNEETJEE Main

• T096Rolling without slipping (rings, cylinders, spheres)JEE Adv

• T097Collision of point masses with rigid bodiesJEE Adv

• T098Universal law of gravitation (incl. superposition; shell results)NCERTNEETJEE MainJEE Adv
• T099Gravitational constant G and its determination (Cavendish experiment)NCERT

• T100Acceleration due to gravity of the earth (g at the surface)NCERTNEETJEE MainJEE Adv
• T101Variation of g with altitude (height above the surface)NCERTNEETJEE MainJEE Adv
• T102Variation of g with depthNCERTNEETJEE MainJEE Adv

• T103Kepler's first law (law of orbits)NCERTNEETJEE MainJEE Adv
• T104Kepler's second law (law of areas)NCERTNEETJEE MainJEE Adv
• T105Kepler's third law (law of periods)NCERTNEETJEE MainJEE Adv

• T106Gravitational potential energyNCERTNEETJEE MainJEE Adv

• T107Gravitational potentialNCERTNEETJEE MainJEE Adv
• T108Gravitational field (intensity)JEE Adv

• T109Escape velocity (escape speed)NCERTNEETJEE MainJEE Adv

• T110Geostationary orbitsJEE Adv
• T111Motion of a satellite (earth satellites in circular orbits)NCERTNEETJEE MainJEE Adv
• T112Orbital velocity of a satelliteNCERTNEETJEE MainJEE Adv
• T113Time period of a satelliteNCERTNEETJEE MainJEE Adv
• T114Energy of an orbiting satelliteNCERTNEETJEE MainJEE Adv

• T115Elastic behaviour (elasticity and plasticity)NCERTNEETJEE Main
• T116StressNCERTNEETJEE Main
• T117StrainNCERTNEETJEE Main
• T118Stress-strain relationship (stress-strain curve)NCERTNEETJEE Main
• T119Hooke's lawNCERTNEETJEE MainJEE Adv

• T120Young's modulusNCERTNEETJEE MainJEE Adv
• T121Bulk modulus (and compressibility)NCERTNEETJEE MainJEE Adv
• T122Modulus of rigidity (shear modulus)NCERTNEETJEE MainJEE Adv
• T123Poisson's ratioNCERT
• T124Elastic potential energy in a stretched wireNCERT
• T125Applications of elastic behaviour of materialsNCERTNEETJEE Main

• T126Pressure (definition; pressure in a fluid at rest; density)NCERTNEETJEE MainJEE Adv
• T127Variation of pressure with depth (pressure due to a fluid column; effect of gravity on fluid pressure)NCERTNEETJEE MainJEE Adv
• T128Atmospheric pressure (mercury barometer)NCERTNEETJEE MainJEE Adv
• T129Gauge pressure (open-tube manometer)NCERTNEETJEE MainJEE Adv
• T130Pascal's lawNCERTNEETJEE MainJEE Adv
• T131Hydraulic machines (hydraulic lift, hydraulic brakes)NCERTNEETJEE MainJEE Adv

• T132Buoyancy (buoyant force)JEE Adv

• T133Streamline and turbulent flowNCERTNEETJEE MainJEE Adv
• T134Critical velocityNCERTNEETJEE Main
• T135Equation of continuityNCERTJEE Adv

• T136Bernoulli's principleNCERTNEETJEE MainJEE Adv
• T137Speed of efflux (Torricelli's law)NCERTNEETJEE MainJEE Adv
• T138Dynamic lift (aerofoil; Magnus effect)NCERTNEETJEE MainJEE Adv

• T139Viscosity (coefficient of viscosity)NCERTNEETJEE MainJEE Adv
• T140Stokes' lawNCERTNEETJEE MainJEE Adv
• T141Terminal velocityNCERTNEETJEE MainJEE Adv

• T142Surface energyNCERTNEETJEE MainJEE Adv
• T143Surface tensionNCERTNEETJEE MainJEE Adv
• T144Angle of contactNCERTNEETJEE MainJEE Adv
• T145Excess pressure across a curved surface (drops and bubbles)NCERTNEETJEE MainJEE Adv

• T146Capillary riseNCERTNEETJEE MainJEE Adv

• T147Measurement of temperature (thermometers; Celsius and Fahrenheit scales)NCERT
• T148Thermal expansion (linear, area, volume; anomalous expansion of water)NCERTNEETJEE MainJEE Adv
• T149Heat (energy transferred because of temperature difference)NCERTNEETJEE Main
• T150TemperatureNCERTNEETJEE Main

• T151Specific heat capacity (heat capacity, specific and molar)NCERTNEETJEE MainJEE Adv · exp
• T152Calorimetry (principle of mixtures)NCERTNEETJEE MainJEE Adv
• T153Change of state (melting, boiling, sublimation; triple point)NCERTNEETJEE Main
• T154Latent heatNCERTNEETJEE MainJEE Adv

• T155Heat conduction (thermal conductivity)NCERTNEETJEE MainJEE Adv
• T156ConvectionNCERTNEETJEE MainJEE Adv
• T157Radiation (thermal radiation)NCERTNEETJEE MainJEE Adv

• T158Newton's law of coolingNCERTJEE Adv
• T159Blackbody radiation (spectrum of a blackbody)NCERTJEE Adv
• T160Absorptive powerJEE Adv
• T161Emissive power (emissivity)NCERTJEE Adv
• T162Kirchhoff's law (thermal radiation)JEE Adv
• T163Wien's displacement lawNCERTJEE Adv
• T164Stefan's law (Stefan-Boltzmann law)NCERTJEE Adv

• T165Thermal equilibriumNCERTNEETJEE Main
• T166Concept of temperature (from the zeroth law)NCERTNEETJEE Main
• T167Zeroth law of thermodynamicsNCERTNEETJEE Main
• T168Heat as a mode of energy transfer (energy in transit; not a state variable)NCERTNEETJEE MainJEE Adv
• T169Work done by/on a thermodynamic systemNCERTNEETJEE MainJEE Adv
• T170Internal energy (state variable)NCERTNEETJEE MainJEE Adv
• T171Thermodynamic state variables (intensive and extensive)NCERT

• T172First law of thermodynamicsNCERTNEETJEE MainJEE Adv
• T173Equivalence of heat and work (mechanical equivalent of heat)NCERTJEE Adv

• T174Molar specific heats of a gas: Cv, Cp and Cp - Cv = RNCERTNEETJEE MainJEE Adv

• T175Quasi-static processNCERT
• T176Isothermal process (work in isothermal change)NCERTNEETJEE MainJEE Adv
• T177Adiabatic process (PV^gamma = const; work in adiabatic change)NCERTNEETJEE MainJEE Adv
• T178Isochoric processNCERT
• T179Isobaric processNCERT
• T180Cyclic processNCERT
• T181Bulk modulus of gases (isothermal and adiabatic)NCERTJEE Adv

• T182Second law of thermodynamics (Kelvin-Planck and Clausius statements)NCERTNEETJEE MainJEE Adv
• T183Reversible and irreversible processesNCERTNEETJEE MainJEE Adv

• T184Carnot engine and its efficiencyNCERTJEE Adv

• T185Equation of state of a perfect gas (ideal-gas equation PV = μRT)NCERTNEETJEE MainJEE Adv
• T186Boyle's lawNCERTJEE Adv
• T187Charles' lawNCERTJEE Adv
• T188Absolute temperature (absolute zero; Kelvin scale)NCERT
• T189Avogadro's hypothesis (law)NCERTJEE Adv
• T190Dalton's law of partial pressuresNCERTJEE Adv
• T191Work done on compressing a gas (W = ∫P dV)NCERTNEETJEE MainJEE Adv

• T192Molecular nature of matter (atomic hypothesis)NCERT
• T193Kinetic theory of gases: assumptions (postulates)NCERTNEETJEE Main
• T194Pressure of an ideal gas (kinetic concept of pressure)NCERTNEETJEE Main

• T195Kinetic interpretation of temperatureNCERTNEETJEE Main
• T196RMS speed of gas moleculesNCERTNEETJEE Main

• T197Degrees of freedomNCERTNEETJEE Main
• T198Law of equipartition of energyNCERTNEETJEE Main
• T199Specific heat capacity of monatomic gases (from equipartition)NCERTNEETJEE MainJEE Adv
• T200Specific heat capacity of diatomic gases (from equipartition)NCERTNEETJEE MainJEE Adv
• T201Specific heat capacity of polyatomic gases (from equipartition)NCERTNEETJEE Main
• T202Specific heat capacity of solids (equipartition, C = 3R)NCERT

• T203Mean free pathNCERTNEETJEE Main
• T204Avogadro's numberNCERTNEETJEE Main

• T205Periodic and oscillatory motionNCERTNEETJEE Main
• T206Time period (of periodic motion)NCERTNEETJEE Main
• T207Frequency (of periodic motion)NCERTNEETJEE Main
• T208Displacement as a function of time (displacement variable)NCERTNEETJEE Main
• T209Periodic functions (sine/cosine; Fourier idea)NCERTNEETJEE Main

• T210Simple harmonic motion and its equation (linear SHM; amplitude, angular frequency)NCERTNEETJEE MainJEE Adv
• T211Phase (of SHM; phase constant)NCERTNEETJEE MainJEE Adv
• T212SHM and uniform circular motion (reference circle)NCERTNEETJEE MainJEE Adv
• T213Velocity and acceleration in SHMNCERTNEETJEE MainJEE Adv

• T214Force law for SHM: oscillations of a spring (restoring force, force constant)NCERTNEETJEE MainJEE Adv

• T215Energy in SHM (kinetic and potential energies)NCERTNEETJEE MainJEE Adv

• T216Simple pendulum - time periodNCERTNEETJEE MainJEE Adv · exp
• T217Angular simple harmonic motionNCERTNEETJEE MainJEE Adv

• T218Damped oscillationNEET · expJEE Main · expJEE Adv
• T219Forced oscillationJEE Adv
• T220ResonanceNCERTNEET · expJEE Main · expJEE Adv

• T221Longitudinal and transverse wavesNCERTNEETJEE MainJEE Adv
• T222Speed of a travelling wave (v = λν)NCERTNEETJEE MainJEE Adv
• T223Speed of a transverse wave on a stretched stringNCERTNEETJEE MainJEE Adv
• T224Speed of a longitudinal wave; speed of sound in gases (Newton's formula, Laplace correction)NCERTNEETJEE MainJEE Adv
• T225WavelengthNCERTNEETJEE MainJEE Adv
• T226Period of a waveNCERTNEETJEE MainJEE Adv
• T227Frequency of a waveNCERTNEETJEE MainJEE Adv

• T228Displacement relation for a progressive waveNCERTNEETJEE MainJEE Adv
• T229Amplitude of a waveNCERTNEETJEE MainJEE Adv
• T230Phase of a waveNCERTNEETJEE MainJEE Adv
• T231Angular wave number (propagation constant k)NCERTNEETJEE MainJEE Adv
• T232Angular frequency (of a wave)NCERTNEETJEE MainJEE Adv

• T233Principle of superposition of wavesNCERTNEETJEE MainJEE Adv
• T234Reflection of waves (rigid and open boundary)NCERTNEETJEE MainJEE Adv

• T235Standing (stationary) waves: nodes and antinodesNCERTNEETJEE MainJEE Adv
• T236Standing waves in a stretched string (normal modes)NCERTNEETJEE MainJEE Adv
• T237Standing waves in organ pipes / air columns (open and closed pipes)NCERTNEETJEE MainJEE Adv
• T238Fundamental mode and harmonicsNCERTNEETJEE MainJEE Adv

• T239BeatsNCERTNEETJEE MainJEE Adv

• T240Doppler effect (in sound)JEE Adv

• T241Electric charge (two kinds; charging)NCERTNEETJEE Main
• T242Additivity of chargesNCERTNEETJEE Main
• T243Conservation of chargeNCERTNEETJEE Main
• T244Quantisation of chargeNCERTNEETJEE Main

• T245Coulomb's lawNCERTNEETJEE MainJEE Adv
• T246Forces between multiple charges — superposition principleNCERTNEETJEE Main
• T247Continuous charge distributionNCERTNEETJEE Main

• T248Electric field (definition)NCERTNEETJEE MainJEE Adv
• T249Electric field due to a point chargeNCERTNEETJEE MainJEE Adv
• T250Electric field due to a system of chargesNCERTNEETJEE MainJEE Adv
• T251Physical significance of electric fieldNCERTNEETJEE MainJEE Adv
• T252Electric field linesNCERTNEETJEE MainJEE Adv

• T253Electric dipole and dipole momentNCERTNEETJEE MainJEE Adv
• T254Electric field due to a dipoleNCERTNEETJEE MainJEE Adv
• T255Physical significance of dipoles (polar and non-polar molecules)NCERTNEETJEE Main
• T256Torque on a dipole in a uniform electric fieldNCERTNEETJEE Main

• T257Electric fluxNCERTNEETJEE MainJEE Adv
• T258Gauss's lawNCERTNEETJEE MainJEE Adv

• T259Field due to an infinitely long uniformly charged straight wire (Gauss)NCERTNEETJEE MainJEE Adv
• T260Field due to a uniformly charged infinite plane sheet (Gauss)NCERTNEETJEE MainJEE Adv
• T261Field due to a uniformly charged thin spherical shell (Gauss)NCERTNEETJEE MainJEE Adv

• T262Electric potential (electrostatic potential)NCERTNEETJEE MainJEE Adv
• T263Potential due to a point chargeNCERTNEETJEE MainJEE Adv
• T264Potential due to an electric dipoleNCERTNEETJEE MainJEE Adv
• T265Potential due to a system of chargesNCERTNEETJEE MainJEE Adv
• T266Potential differenceNCERTNEETJEE MainJEE Adv

• T267Equipotential surfacesNCERTNEETJEE MainJEE Adv
• T268Relation between field and potentialNCERTNEETJEE MainJEE Adv
• T269Potential energy of a system of chargesNCERTNEETJEE MainJEE Adv
• T270Potential energy of a single charge in an external fieldNCERTNEETJEE MainJEE Adv
• T271Potential energy of a system of two charges in an external fieldNCERTNEETJEE MainJEE Adv
• T272Potential energy of a dipole in an external fieldNCERTNEETJEE MainJEE Adv

• T273Conductors and insulatorsNCERTNEETJEE Main
• T274Electrostatics of conductorsNCERTNEETJEE Main
• T275Dielectrics and polarisationNCERTNEETJEE Main

• T276Capacitors and capacitanceNCERTNEETJEE MainJEE Adv
• T277Capacitors in seriesNCERTNEETJEE MainJEE Adv
• T278Capacitors in parallelNCERTNEETJEE MainJEE Adv

• T279Parallel plate capacitor (no dielectric)NCERTNEETJEE MainJEE Adv
• T280Effect of dielectric on capacitance (parallel plate with dielectric)NCERTNEETJEE MainJEE Adv
• T281Energy stored in a capacitorNCERTNEETJEE MainJEE Adv

• T282Electric currentNCERTNEETJEE MainJEE Adv
• T283Electric currents in conductors (free electrons; steady field)NCERTNEETJEE MainJEE Adv
• T284Drift velocityNCERTNEETJEE Main
• T285MobilityNCERTNEETJEE Main

• T286Ohm's lawNCERTNEETJEE MainJEE Adv
• T287Electrical resistanceNCERTNEETJEE MainJEE Adv
• T288V–I characteristics of ohmic and non-ohmic conductorsNCERTNEETJEE Main

• T289Electrical resistivityNCERTNEETJEE MainJEE Adv · exp
• T290Resistivity of various materials (conductors, semiconductors, insulators)NCERTNEETJEE Main
• T291Electrical conductivityNCERTNEETJEE Main
• T292Temperature dependence of resistanceNCERTNEETJEE Main

• T293Electrical energy dissipated (heating effect of current)NCERTNEETJEE MainJEE Adv
• T294Electrical power (P = VI = I²R = V²/R; transmission loss)NCERTNEETJEE MainJEE Adv

• T295Series combination of resistorsNEETJEE MainJEE Adv
• T296Parallel combination of resistorsNEETJEE MainJEE Adv

• T297EMF of a cellNCERTNEETJEE MainJEE Adv
• T298Internal resistance of a cellNCERTNEETJEE MainJEE Adv
• T299Terminal potential difference of a cellNCERTNEETJEE MainJEE Adv
• T300Cells in seriesNCERTNEETJEE MainJEE Adv
• T301Cells in parallelNCERTNEETJEE MainJEE Adv

• T302Kirchhoff's first rule (junction rule)NCERTNEETJEE MainJEE Adv
• T303Kirchhoff's second rule (loop rule)NCERTNEETJEE MainJEE Adv

• T304Wheatstone bridgeNCERTNEETJEE MainJEE Adv
• T305Metre bridgeNCERTNEETJEE MainJEE Adv · exp

• T306Force on a moving charge in a uniform magnetic field (magnetic Lorentz force; definition of B and tesla)NCERTNEETJEE MainJEE Adv
• T307Moving charge in combined uniform electric and magnetic fields (Lorentz force)NCERTNEETJEE Main
• T308Motion of a charge in a uniform magnetic field (circular and helical)NCERTNEETJEE MainJEE Adv
• T309Sources and fields (magnetic field and superposition)NCERT

• T310Biot–Savart lawNCERTNEETJEE MainJEE Adv
• T311Magnetic field on the axis of a circular current loopNCERTNEETJEE MainJEE Adv

• T312Ampere's circuital lawNCERTNEETJEE MainJEE Adv
• T313Magnetic field of an infinitely long straight current-carrying wireNCERTNEETJEE MainJEE Adv
• T314Magnetic field inside a long solenoidNCERTNEETJEE MainJEE Adv

• T315Force on a current-carrying conductor in a uniform magnetic fieldNCERTNEETJEE MainJEE Adv
• T316Force between two parallel currents — definition of ampereNCERTNEETJEE MainJEE Adv

• T317Torque on a current loop in a uniform magnetic fieldNCERTNEETJEE MainJEE Adv

• T318Moving coil galvanometer and its sensitivityNCERTNEETJEE MainJEE Adv
• T319Conversion of a galvanometer into an ammeterNCERTNEETJEE MainJEE Adv
• T320Conversion of a galvanometer into a voltmeterNCERTNEETJEE MainJEE Adv

• T321Current loop as a magnetic dipole; magnetic dipole momentNCERTNEETJEE MainJEE Adv
• T322Bar magnet as an equivalent solenoidNCERTNEETJEE Main
• T323Magnetic field linesNCERTNEETJEE Main
• T324Magnetic field of a magnetic dipole (bar magnet) along its axisNCERTNEETJEE Main
• T325Magnetic field of a magnetic dipole perpendicular to its axis (equatorial)NCERTNEETJEE Main
• T326Torque on a magnetic dipole in a uniform magnetic field (and its potential energy)NCERTNEETJEE MainJEE Adv
• T327Magnetism and Gauss's lawNCERT

• T328MagnetisationNCERT
• T329Magnetic intensityNCERT
• T330Para-, dia- and ferromagnetic substancesNCERTNEETJEE Main
• T331Effect of temperature on magnetic propertiesNCERTNEETJEE Main

• T332Experiments of Faraday and HenryNCERTNEETJEE MainJEE Adv
• T333Magnetic fluxNCERTNEETJEE MainJEE Adv
• T334Faraday's law of inductionNCERTNEETJEE MainJEE Adv
• T335Induced emf and induced currentNCERTNEETJEE MainJEE Adv
• T336Motional emfNCERTNEETJEE MainJEE Adv

• T337Lenz's law (and conservation of energy)NCERTNEETJEE MainJEE Adv
• T338Eddy currentsNCERTNEETJEE Main

• T339Self-inductanceNCERTNEETJEE MainJEE Adv
• T340Mutual inductanceNCERTNEETJEE MainJEE Adv

• T341RC circuit with a d.c. source (charging/discharging, time constant)NCERTJEE Adv
• T342LR circuit with a d.c. source (growth and decay of current)JEE Adv
• T343LC circuit with a d.c. source (LC oscillations)JEE Adv
• T344Series LCR circuit with a d.c. source (damped transient)JEE Adv

• T345AC voltage applied to a resistorNCERTNEETJEE MainJEE Adv
• T346Phasor representation of AC current and voltageNCERTNEETJEE MainJEE Adv
• T347Peak value of alternating current/voltageNCERTNEETJEE MainJEE Adv
• T348RMS (effective) value of alternating current/voltageNCERTNEETJEE MainJEE Adv
• T349AC voltage applied to an inductor; inductive reactanceNCERTNEETJEE MainJEE Adv
• T350AC voltage applied to a capacitor; capacitive reactanceNCERTNEETJEE MainJEE Adv
• T351ImpedanceNCERTNEETJEE MainJEE Adv
• T352RC circuit with an a.c. sourceNCERTNEETJEE MainJEE Adv
• T353LR circuit with an a.c. sourceNCERTNEETJEE MainJEE Adv
• T354LC circuit with an a.c. sourceNEETJEE MainJEE Adv

• T355Series LCR circuit with an a.c. sourceNCERTNEETJEE MainJEE Adv
• T356Resonance in a series LCR circuitNCERTNEETJEE MainJEE Adv
• T357Power in AC circuits; power factorNCERTNEETJEE MainJEE Adv
• T358Wattless currentNCERTNEETJEE Main

• T359AC generatorNCERTNEETJEE Main
• T360TransformerNCERTNEETJEE Main

• T361Displacement currentNCERTNEETJEE Main
• T362Sources of electromagnetic waves (accelerated charges)NCERTNEETJEE MainJEE Adv
• T363Electromagnetic waves and their characteristics (nature; c = 1/√(μ0ε0); energy, momentum)NCERTNEETJEE MainJEE Adv
• T364Transverse nature of electromagnetic wavesNCERTNEETJEE MainJEE Adv

• T365Electromagnetic spectrumNCERTNEETJEE MainJEE Adv
• T366Applications (uses) of electromagnetic wavesNCERTNEETJEE MainJEE Adv

• T367Reflection of light: laws of reflectionNCERTNEETJEE MainJEE Adv
• T368Rectilinear propagation of lightJEE Adv
• T369Spherical mirrors: pole, centre of curvature, principal axis, focus, focal length f = R/2NCERTNEETJEE MainJEE Adv
• T370Cartesian sign convention for mirrors and lensesNCERTNEETJEE MainJEE Adv
• T371Mirror formula (mirror equation 1/v + 1/u = 1/f)NCERTNEETJEE MainJEE Adv

• T372Refraction at a plane surface: Snell's law, refractive index (incl. lateral shift, apparent depth)NCERTNEETJEE MainJEE Adv
• T373Total internal reflection and critical angleNCERTNEETJEE MainJEE Adv
• T374Applications of total internal reflection (totally reflecting prisms, optical fibres)NCERTNEETJEE MainJEE Adv

• T375Refraction at a spherical surface (n2/v - n1/u = (n2-n1)/R)NCERTNEETJEE MainJEE Adv
• T376Thin lens formula (1/v - 1/u = 1/f)NCERTNEETJEE MainJEE Adv
• T377Lens maker's formulaNCERTNEETJEE MainJEE Adv

• T378Magnification (linear) by mirrors and lensesNCERTNEETJEE MainJEE Adv

• T379Power of a lens (P = 1/f, dioptre)NCERTNEETJEE MainJEE Adv
• T380Combination of thin lenses in contact (1/f = 1/f1 + 1/f2 ..., P = P1 + P2 ..., m = m1 m2 ...)NCERTNEETJEE MainJEE Adv
• T381Combinations of mirrors and thin lenses (coaxial systems, separated elements)JEE Adv

• T382Refraction through a prism: angle of deviation, minimum deviation, n = sin[(A+Dm)/2]/sin(A/2), thin prismNCERTNEETJEE MainJEE Adv
• T383Dispersion of light by a prismJEE Adv

• T384Microscope (simple and compound) and its magnifying powerNCERTNEETJEE Main
• T385Telescope (refracting and reflecting, Cassegrain) and its magnifying powerNCERTNEETJEE Main
• +Resolving powerExtra

• T386Wavefront (spherical and plane wavefronts)NCERTNEETJEE MainJEE Adv
• T387Huygens' principle (secondary wavelets)NCERTNEETJEE MainJEE Adv
• T388Law of reflection derived using Huygens' principleNCERTNEETJEE MainJEE Adv
• T389Laws of refraction (Snell's law) derived using Huygens' principle, incl. refraction at a rarer mediumNCERTNEETJEE MainJEE Adv

• T390Interference of light: superposition, constructive and destructive interference, I = 4I0 cos^2(phi/2)NCERTNEETJEE MainJEE Adv
• T391Young's double-slit experiment and fringe width (beta = lambda D/d)NCERTNEETJEE MainJEE Adv
• T392Coherent and incoherent sources (coherent and incoherent addition of waves)NCERTNEETJEE MainJEE Adv
• T393Sustained interference of light (conditions for a stable pattern)NCERTNEETJEE MainJEE Adv

• T394Diffraction due to a single slit (minima at n lambda/a, central maximum)NCERTNEETJEE MainJEE Adv

• T395Polarisation of light; plane (linearly) polarised and unpolarised light; transverse natureNCERTNEETJEE MainJEE Adv
• T396Brewster's law (polarisation by reflection)NEETJEE MainJEE Adv
• T397Uses of plane-polarised lightNCERTNEETJEE Main
• T398Polaroid (pass-axis; intensity through two polaroids)NCERTNEETJEE MainJEE Adv

• T399Photoelectric effect (photoelectric emission, photoelectrons, photosensitive materials)NCERTNEETJEE MainJEE Adv
• T400Electron emission and work function (thermionic, field, photoelectric emission; electron volt)NCERTNEETJEE MainJEE Adv
• T401Hertz's observations (UV enhances spark discharge)NCERTNEETJEE MainJEE Adv
• T402Hallwachs' and Lenard's observations (photocurrent, threshold frequency)NCERTNEETJEE MainJEE Adv
• T403Effect of intensity of light on photocurrentNCERTNEETJEE MainJEE Adv
• T404Effect of potential on photocurrent: saturation current, stopping (cut-off) potential, K_max = e V0NCERTNEETJEE MainJEE Adv
• T405Effect of frequency of incident radiation on stopping potential; threshold frequencyNCERTNEETJEE MainJEE Adv

• T406Dual (wave-particle) nature of radiationNCERTNEETJEE Main
• T407Failure of the wave theory of light to explain photoelectric effectNCERTNEETJEE MainJEE Adv
• T408Einstein's photoelectric equation (K_max = h nu - phi0); energy quantumNCERTNEETJEE MainJEE Adv
• T409Particle nature of light: the photon (E = h nu, p = h nu/c)NCERTNEETJEE MainJEE Adv

• T410Matter waves: wave nature of particles (de Broglie hypothesis)NCERTNEETJEE MainJEE Adv
• T411de Broglie relation (lambda = h/p)NCERTNEETJEE MainJEE Adv

• T412Alpha-particle scattering experiment (Geiger-Marsden)NCERTNEETJEE Main
• T413Alpha-particle trajectory: impact parameter, distance of closest approachNCERTNEETJEE Main
• T414Rutherford's nuclear model of the atom (incl. electron orbits, energy E = -e^2/8 pi eps0 r)NCERTNEETJEE Main

• T415Bohr model of the hydrogen atom: postulates, orbit radius, energyNCERTNEETJEE MainJEE Adv
• T416Energy levels of the hydrogen atom (ground, excited states, ionisation energy)NCERTNEETJEE MainJEE Adv
• T417Atomic spectra: emission and absorption line spectraNCERTNEETJEE MainJEE Adv
• T418Line spectra of the hydrogen atom explained by Bohr model (h nu = Ei - Ef)NCERTNEETJEE MainJEE Adv
• T419de Broglie's explanation of Bohr's second postulate (2 pi r = n lambda); limitations of Bohr modelNCERTNEETJEE MainJEE Adv

• T420Characteristic and continuous X-raysJEE Adv
• T421Moseley's lawJEE Adv

• T422Composition of the nucleus (protons, neutrons; Z, A, N; isotopes, isobars, isotones; discovery of neutron)NCERTNEETJEE MainJEE Adv
• T423Size of the nucleus (R = R0 A^(1/3); nuclear density)NCERTNEETJEE MainJEE Adv
• T424Atomic masses: atomic mass unit (u), average atomic mass from isotopic abundanceNCERTNEETJEE MainJEE Adv

• T425Mass-energy relation (E = mc^2; 1 u = 931.5 MeV)NCERTNEETJEE MainJEE Adv
• T426Mass defectNCERTNEETJEE MainJEE Adv
• T427Nuclear binding energy; binding energy per nucleon and its variation with mass numberNCERTNEETJEE MainJEE Adv
• T428Nuclear force (short range, charge independence, saturation)NCERTJEE Adv

• T429Nuclear fission (energy released, Q value)NCERTNEETJEE MainJEE Adv
• T430Nuclear fusion (energy generation in stars)NCERTNEETJEE MainJEE Adv
• T431Controlled thermonuclear fusion (fusion reactor, plasma confinement)NCERTNEETJEE MainJEE Adv

• T432Radioactivity: alpha, beta and gamma decay/radiationsNCERTJEE Adv
• T433Law of radioactive decay (N = N0 e^(-lambda t))JEE Adv
• T434Decay constantJEE Adv
• T435Half-lifeJEE Adv
• T436Mean lifeJEE Adv

• T437Classification of metals, insulators and semiconductors: conductivity and energy bands (valence band, conduction band, band gap)NCERTNEETJEE Main
• T438Intrinsic semiconductor (electrons and holes, n_e = n_h = n_i)NCERTNEETJEE Main
• T439Extrinsic semiconductor: n-type and p-type, doping (n_e n_h = n_i^2)NCERTNEETJEE Main

• T440p-n junction formation: diffusion, drift, depletion region, barrier potentialNCERTNEETJEE Main
• T441Semiconductor (p-n junction) diode and its I-V characteristics (threshold voltage, reverse saturation current, breakdown, dynamic resistance)NCERTNEETJEE Main
• T442p-n junction diode under forward biasNCERTNEETJEE Main
• T443p-n junction diode under reverse bias (breakdown voltage)NCERTNEETJEE Main

• T444Diode as a rectifier: half-wave and full-wave rectifier, capacitor filterNCERTNEETJEE Main

• T445Light emitting diode (LED) and its I-V characteristicsNEETJEE Main
• T446PhotodiodeNEETJEE Main
• T447Solar cellNEETJEE Main

• T448Zener diode (reverse breakdown, I-V characteristic)NEETJEE Main
• T449Zener diode as a voltage regulatorNEETJEE Main

• T450Logic gates (OR, AND, NOT, NAND, NOR)NEETJEE Main

• T451Methods of measurement (for the ADV-listed experiments)NEET · expJEE Main · expJEE Adv
• T452Vernier calipers: internal and external diameter and depth of a vesselNEETJEE MainJEE Adv
• T453Screw gauge: thickness/diameter of thin sheet/wireNEETJEE MainJEE Adv

• T454Simple pendulum: dissipation of energy from a graph of amplitude squared vs timeNEETJEE Main
• T455Determination of g using a simple pendulumJEE Adv

• T456Metre scale: mass of an object by the principle of momentsNEETJEE Main
• T457Young's modulus of the material of a metallic wireNEETJEE MainJEE Adv

• T458Surface tension of water by capillary rise; effect of detergentsNEETJEE MainJEE Adv
• T459Coefficient of viscosity by terminal velocity of a sphereNEETJEE Main

• T460Speed of sound in air using a resonance tubeNEETJEE MainJEE Adv

• T461Specific heat capacity of a solid and of a liquid by the method of mixtures (calorimeter)NCERTNEETJEE MainJEE Adv

• T462Resistivity of the material of a wire using a metre bridgeNEETJEE MainJEE Adv
• T463Specific resistance of a wire using a post office boxJEE Adv
• T464Resistance of a wire using Ohm's law (voltmeter-ammeter method)NEETJEE MainJEE Adv

• T465Resistance and figure of merit of a galvanometer by half-deflection methodNEETJEE Main

• T466Focal length of convex mirror, concave mirror and convex lens by the parallax methodNEETJEE Main
• T467Focal length of a concave mirror and a convex lens by the u-v methodJEE Adv

• T468Angle of deviation vs angle of incidence for a triangular prism (i-delta plot)NCERTNEETJEE Main
• T469Refractive index of a glass slab using a travelling microscopeNEETJEE Main

• T470Characteristic curves of a p-n junction diode in forward and reverse biasNCERTNEETJEE Main
• T471Characteristic curve of a Zener diode and reverse breakdown voltageNEETJEE Main
• T472Identification of diode, LED, resistor and capacitor from a mixed collectionNEETJEE Main