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NCERT Physics Notes for NEET

Chapter-wise NCERT Physics notes for NEET with graphs, diagrams, every formula, tips and tricks, common mistakes, NEET traps and quick revision for Class 11 and Class 12. 5 chapters free in full, the first topic of every other chapter free. No sign-up needed to read them.

Class 11 Physics

• Units and Measurements · FREESI units and unit systems · Dimensions and dimensional analysis · Errors in measurement · Significant figures
• Motion in a Straight Line · FREEPosition, displacement, speed and velocity · Acceleration and equations of motion · Motion graphs (x-t, v-t, a-t) · Relative velocity in one dimension · Free fall and vertical motion
• Motion in a PlaneVectors: addition, resolution, products · Projectile motion · Uniform circular motion · Relative velocity in two dimensions
• Laws of Motion · FREENewton's laws and momentum · Free-body diagrams, connected bodies, pulleys · Friction · Dynamics of circular motion · Impulse and conservation of momentum
• Work, Energy and PowerWork done by constant and variable forces · Kinetic and potential energy, work-energy theorem · Conservation of mechanical energy · Power · Collisions · Motion in a vertical circle
• System of Particles and Rotational MotionCentre of mass · Torque and angular momentum · Moment of inertia, parallel and perpendicular axes · Rotational dynamics and equilibrium · Rolling motion
• GravitationNewton's law of gravitation · Acceleration due to gravity and its variation · Gravitational potential and potential energy · Escape speed and orbital velocity · Satellites and Kepler's laws
• Mechanical Properties of SolidsStress, strain and Hooke's law · Elastic moduli · Elastic potential energy
• Mechanical Properties of FluidsPressure and Pascal's law · Streamline flow and Bernoulli's principle · Viscosity and Stokes' law · Surface tension and capillarity
• Thermal Properties of MatterTemperature, scales and thermal expansion · Specific heat, calorimetry and change of state · Heat transfer: conduction, convection, radiation
• ThermodynamicsZeroth and first law of thermodynamics · Thermodynamic processes · Second law of thermodynamics
• Kinetic TheoryIdeal gas equation · Kinetic interpretation of pressure and temperature · Degrees of freedom and equipartition · Mean free path
• OscillationsSimple harmonic motion · Energy in SHM · Spring and pendulum systems
• WavesWave motion and speed of waves · Superposition and standing waves · Strings and organ pipes · Beats

Class 12 Physics

• Electric Charges and Fields · FREEElectric charge and its properties · Coulomb's law and superposition · Electric field · Electric field lines · Electric dipole · Electric flux and Gauss's law · Applications of Gauss's law
• Electrostatic Potential and CapacitanceElectric potential · Equipotential surfaces and E-V relation · Potential energy of a system of charges · Electrostatics of conductors · Dielectrics and polarisation · Capacitors and the parallel plate capacitor · Capacitors in series and parallel · Energy stored in a capacitor
• Current Electricity · FREECurrent, drift velocity and Ohm's law · Resistivity and its temperature dependence · Combination of resistors · Cells, EMF and internal resistance · Kirchhoff's rules · Wheatstone bridge and meter bridge · Electrical energy and power
• Moving Charges and MagnetismMagnetic force on moving charges · Biot-Savart law · Ampere's circuital law and solenoids · Force and torque on current carrying conductors · Moving coil galvanometer
• Magnetism and MatterBar magnet as a magnetic dipole · Magnetic properties of materials
• Electromagnetic InductionFaraday's and Lenz's laws · Motional EMF and eddy currents · Self and mutual inductance
• Alternating CurrentAC voltage applied to R, L and C · Series LCR circuit and resonance · Power in AC circuits · Transformers
• Electromagnetic WavesDisplacement current · EM waves and the electromagnetic spectrum
• Ray Optics and Optical InstrumentsReflection and spherical mirrors · Refraction and total internal reflection · Lenses and lens maker's formula · Prism and dispersion · Optical instruments
• Wave OpticsHuygens principle · Interference and Young's double slit · Diffraction · Polarisation
• Dual Nature of Radiation and MatterPhotoelectric effect · Matter waves and de Broglie relation
• AtomsRutherford model and alpha scattering · Bohr model and hydrogen spectrum
• NucleiNuclear size, mass defect and binding energy · Nuclear fission and fusion
• Semiconductor ElectronicsIntrinsic and extrinsic semiconductors · p-n junction and diode · Rectifiers and special diodes · Logic gates