Grade 12 NEET
May 27, 2025 2025-07-21 18:39Grade 12 NEET
Course Description
The Grade 12 NEET course offers focused preparation in Physics, Chemistry, and Biology, covering the complete syllabus aligned with NCERT and NEET guidelines. It emphasizes concept clarity, application skills, and rigorous practice to build a strong foundation for medical entrance exams. With structured lessons, regular assessments, and exam-oriented strategies, the course ensures comprehensive readiness for NEET.
Learning Objective
By the end of this course, students will master the application of Physics laws, Chemical principles, and Biological processes essential for NEET, develop advanced problem-solving skills for multi-concept questions, and achieve proficiency in interpreting experimental data and diagrams — enabling them to approach NEET with speed, accuracy, and strategic time management.
What Will I Learn?
Students will gain a deep understanding of key concepts across Physics, Chemistry, and Biology aligned with the NEET syllabus. In Physics, they’ll explore advanced mechanics, electromagnetism, optics, and modern physics. Chemistry will cover organic mechanisms, electrochemistry, thermodynamics, and biomolecules, while Biology will emphasize molecular genetics, human physiology, evolution, and ecology. Focused practice on NEET-level MCQs, time-bound problem solving, and mastery of NCERT essentials will prepare students to tackle high-difficulty questions with confidence.
Additional Info
Practice
Regular exercises and interactive activities to reinforce key concepts in each subject.
Doubt-Solving
Dedicated sessions to address and clarify any questions or difficulties students encounter.
Reports
Detailed reports on experiments and projects to track progress and understanding.
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Physics
Chemistry
Biology
Electrostatics
Electric charge and its Properties
Coulomb's Law
Vector form of coulomb's Law, Principle of Superposition
Introduction to Electric field
Live Practice Session
Electric field lines and its properties, Electric field due to a point charge
Electric field due to discrete charges
Electric field due to straight wire
Problem Solving Session
Electric field due to circular ring
Electric field due to disc, Electric field due to uniformly charged infinite plane sheet
Electric field due to uniformly charged thin spherical shell, Electric field due to solid sphere
Electrostatic Potential and its properties, Potential due to point charge
Potential due to ring, Potential due to uniformly charged disc
Problem Solving Session
Live Practice Session
Potential Due To Uniformly Charged Spherical shell, Potential Difference
Potential difference due to infinitely long wire, Potential difference due to infinitely long thin sheet
Equipotential surfaces, Electrical potential energy
Electrostatic Potential Energy of A System of Charges
Live Practice Session
Energy density, Electric Dipole
Electric field due to a dipole at equatorial and axial position
Electric potential due to dipole
Dipole in uniform electric field, Dipole in non-uniform electric field
Live Practice Session
Gauss' Law
Electric Flux
Finding electric field from Gauss Theorem-1
Live Practice Session
Finding electric field from Gauss Theorem-2
Conductors and Insulators
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Capacitance
Introduction of Capacitor, Capacitance of an isolated conductor
Potential energy of an Isolated Conductor, Capacitance of an isolated spherical conductor
Sharing of Charges on joining two conductors
Capacitor, Parallel Plate Capacitor, Capacitors with Dielectric, Circuit solution for R-C Circuit
Distribution of charges on connecting two charged capacitors
Combination of Capacitors (Series, Parallel and Mixed combination)
Live Practice Session
Charging of a Capacitor
Discharging of a Capacitor
Combination of Parallel Plates (Concept of Multi Capacitor)
Spherical Capacitors, Cylindrical Capacitor
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Current Electricity + Instruments
Introduction of Current Electricity And Electric Current, Conventional Current And Electronic Current
Drift Velocity, Current Density
Ohm's Law, Resistance and factors affecting it
Resistivity and factors affecting it, Color code of carbon Resistors
Live Practice Session
Series combination of resistors
Parallel combinations of resistors
Kirchhoff's Law
Electromotive Force (EMF)
Problem Solving Session
Live Practice Session
Terminal Voltage, Internal Resistance
Series combination of cells, Parallel combinations of cells
Mixed combinations of cells
Live Practice Session
Galvanometer
Shunt, Conversion of Galvanometer into Ammeter
Wheatstone Bridge
Metre Bridge
Live Practice Session
Potentiometer
Heating effect of Electric Current
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Magnetic effects of current
Oersted’s experiment, Magnetic field and Magnetic field lines
Biot-Savart's law and its vector form, Magnetic field due to straight wire
Magnetic field due to circular loop
Live Practice Session
Helmholtz coils arrangement, Ampere's circuital law
Application of Ampere's Law (Hollow current carrying long cylinder), Application of Ampere's Law (Solid current carrying long cylinder)
Application of Ampere's Law (Solenoid), Application of Ampere's Law (Toroid)
Magnetic Force
Problem Solving Session
Live Practice Session
Force between two parallel current carrying conductors
Magnetic dipole moment, Magnetic Moment of current carrying loop
Magnetic dipole in magnetic field, Work done in rotating a magnetic dipole
Atomic Magnetism, Bohr Magneton
Live Practice Session
Force on a charged particle in a magnetic field, Motion of a charged particle in a magnetic field
Motion of a charged particle in combined electric and magnetic field
Moving coil galvanometer
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Magnetism & Magnetic Materials
Magnet and Magnetism, Basic Properties of Magnets
Magnetic Field Lines, Geo-Magnetism
Main elements of Earth's magnetic field
Problem Solving Session
Live Practice Session
Vibration Magnetometer, Angular S.H.M of magnetic dipole
Comparison of magnetic moments of magnets of same and different sizes, Neutral Points
Magnetic field of long Bar magnet at axial and equatorial point, Magnetic Materials (Important Definitions and Relations)
Classification of Magnetic Materials, Hysteresis Loss
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Electromagnetic Induction
Magnetic Flux, Introduction Of Electromagnetic Induction
Faraday's Experiments, Faraday's Law Of Electromagnetic Induction
Lenz's Law Of Electromagnetic Induction, Induced Electric Field
Live Practice Session
Methods Of Producing Induced Emf
Motional Emf, Fleming's Right Hand Rule
Motional Emf By Lorentz Force, Induced E.M.F. Due To Rotation Of Rod In Uniform Field
Problem Solving Session
Live Practice Session
Relation Between Induced Charge And Change In Magnetic Flux
Self Induction, Mutual Induction
Grouping Of Inductors, Energy Stored In Inductor
Live Practice Session
Magnetic Energy Per Unit Volume Or Energy Density, Transformer
Eddy Current, R-L Dc Circuit (Current Growth)
R-L Dc Circuit (Current Decay)
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Alternating Current
Alternating Current And Voltage, Mean Or Average Value Of Ac
Peak And Rms Value Of Alternating Current
Some Important Waveforms And Their Rms And Average Value, Phase And Phase Difference
Live Practice Session
Phasors And Phasors Diagrams, Ac Circuit Containing Pure Resistor
Ac Circuit Containing Pure Inductor, Ac Circuit Containing Pure Capacitor
Problem Solving Session
Live Practice Session
Series R-L Circuit, Series R-C Circuit
Series LCR-Circuit
Resonance Condition Of A Series And Parallel LCR Circuit, Quality Factor
Live Practice Session
Choke Coil, Power In Ac Circuit
Power Factor, Wattless Current
Lc Oscillations
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Ray Optics
Introduction Of Optics And Reflection Of Light, Reflection By Plane Mirrors
Multiple Image Cases, Spherical Mirrors And Associated Terms
Relation Between Radius Of Curvature And Focal Length, Rules For Image Formation By Spherical Mirror, Image Formation By Spherical Mirrors
Live Practice Session
New Cartesian Sign Convention, Mirror Formula
Linear Magnification, Velocity Of Image Of Moving Object (Spherical Mirror)
Introduction Of Refraction And Laws Of Refraction, Refractive Index, Principle Of Reversibility Of Light
Live Practice Session
Refraction Through Rectangular Glass Slab (Lateral Shift), Refraction Through Combination Of Media, Real And Apparent Depth
Normal Shift, Total Internal Reflection
TIR in Prisms, Optical Fibre, Refraction At Transparent Curved Surface, Sign Convention For Radius Of Curvature
Live Practice Session
Focal Length of a Single Spherical Surface, Refraction Through Lenses
Lens Makers Formula
Rules For Image Formation By Lenses, Image Formation By Lenses
Problem Solving Session
Live Practice Session
Lens Formula
Power Of Lens
Combination Of Lenses
Live Practice Session
Displacement Method
Silvering Of Lens
Refraction Through A Prism
Live Practice Session
Dispersion Of Light
Angular Dispersion And Dispersive Power
Simple Microscope
Live Practice Session
Compound Microscope
Astronomical Telescope
Reflecting Telescope
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
Wave Optics
Nature Of Light: Introduction Of Wave Optics, Huygens' Construction
Wavefronts, Principle Of Superposition
Coherence, Young’S Double Slit Experiment (Y.D.S.E.)
Live Practice Session
Shape Of Interference Fringes In Ydse, Ydse With White Light
Geometrical Path & Optical Path, Ydse With Oblique Incidence, Thin-Film Interference
Condition For Sustained Interference, Intensity Distribution Curve For Interference
Live Practice Session
Comparision Of Intensities At Maxima And Minima, Displacement Of Interference Fringes
Introduction To Diffraction Of Light, Fresnel And Fraunhoffer Diffraction
Diffraction At A Single Slit
Problem Solving Session
Live Practice Session
Width Of Central And Secondary Maxima
Resolving Power Of Microscopes And Astronomical Telescopes
Introduction Of Polarisation
Live Practice Session
Unpolarised And Plane Polarised Waves, Law Of Malus
Polarisation By Reflection: Brewster Law, Uses Of Plane-Polarized Light And Polaroid
Doppler Effects Of Light
Problem Solving Session
Live Practice Session
Doubt Session
Assessment
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