Abhishek Kumar
Lucknow/Online
Skills
About
I am Abhishek Bajpai, a passionate Physics educator with several years of experience mentoring JEE Main, JEE Advanced and NEET aspirants. My teaching approach is built on one core...
I am Abhishek Bajpai, a passionate Physics educator with several years of experience mentoring JEE Main, JEE Advanced and NEET aspirants. My teaching approach is built on one core principle — Physics is not about formulas, it's about understanding the language of nature.Over the years, I have taught students across multiple levels, including foundation batches, JEE/NEET crash courses and advanced problem-solving groups. My strength lies in simplifying even the toughest concepts of Mechanics, Electrodynamics, Modern Physics and Waves so that every student feels confident, not intimidated.I believe that every aspirant deserves a mentor who can guide, motivate and transform. I focus deeply on concept visualization, real-life analogies, exam-oriented problem solving, and weekly measurable progress. My students often tell me that I make Physics feel “logical, alive and emotionally connecting.”I maintain high standards of doubt-solving and ensure that no student is left behind. My sessions include structured theory, high-yield PYQs, advanced numerical practice and personalized strategy for rank improvement.If you aspire to learn Physics in its purest, simplest and most scoring form — I can help you build clarity, confidence and command over the subject. Together, we will not just chase marks but aim to create a mindset worthy of top IITs, NITs and medical colleges.
Abhishek Kumar
Lucknow/Online
Skills :
I am Abhishek Bajpai, a passionate Physics educator with several years of experience mentoring JEE Main, JEE Advanced and NEET aspirants. My teaching approach is built on one core...
I am Abhishek Bajpai, a passionate Physics educator with several years of experience mentoring JEE Main, JEE Advanced and NEET aspirants. My teaching approach is built on one core principle — Physics is not about formulas, it's about understanding the language of nature.Over the years, I have taught students across multiple levels, including foundation batches, JEE/NEET crash courses and advanced problem-solving groups. My strength lies in simplifying even the toughest concepts of Mechanics, Electrodynamics, Modern Physics and Waves so that every student feels confident, not intimidated.I believe that every aspirant deserves a mentor who can guide, motivate and transform. I focus deeply on concept visualization, real-life analogies, exam-oriented problem solving, and weekly measurable progress. My students often tell me that I make Physics feel “logical, alive and emotionally connecting.”I maintain high standards of doubt-solving and ensure that no student is left behind. My sessions include structured theory, high-yield PYQs, advanced numerical practice and personalized strategy for rank improvement.If you aspire to learn Physics in its purest, simplest and most scoring form — I can help you build clarity, confidence and command over the subject. Together, we will not just chase marks but aim to create a mindset worthy of top IITs, NITs and medical colleges.
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Courses by: Abhishek Kumar
IIT/JEE physics - Abhishek Kumar
Course Content & Teaching Approach (For JEE Main + Advanced)
Module 1: Mechanics (Core + Advanced)
Kinematics
Motion in 1D and 2D
Relative motion
Projectile motion
Graph-based problems
Advanced problems from JEE Advanced pattern
Newton’s Laws of Motion
Free-body diagrams
Friction (static, kinetic, rolling)
Tension, pseudo force
Advanced multi-body problems
Work, Energy, and Power
Work-energy theorem
Conservation of energy
Collisions (elastic & inelastic)
Spring-mass systems
JEE Advanced numerical mastery
Rotational Motion
Torque, angular momentum
Rolling motion
Moment of inertia
Rotational kinematics
Complex pulley & rod problems
Gravitation
Kepler’s laws
Gravitational potential & field
Satellite motion
Escape velocity
Advanced derivations & multi-step numericals
Module 2: Oscillations & Waves
Simple Harmonic Motion (SHM)
Differential equation of SHM
Damped and forced oscillations
Lissajous figures
Advanced oscillation systems
Waves
Wave equation
Standing & traveling waves
Beats & Doppler effect
Resonance in pipes & strings
Module 3: Thermodynamics & Heat Transfer
Kinetic theory of gases
Thermal expansion
Calorimetry
Laws of thermodynamics
Carnot engine & refrigerators
Conduction, convection, radiation
Advanced JEE-level numerical applications
Module 4: Electrostatics & Current Electricity
Electrostatics
Coulomb’s law
Electric field & potential
Gauss’s law
Capacitors & dielectrics
Multi-capacitor complex systems
Current Electricity
Ohm’s law
Resistivity & conductivity
Electrical instruments
Kirchhoff’s laws
Advanced circuit problems
Module 5: Magnetism & Electromagnetic Induction
Magnetics
Magnetic field & its sources
Biot–Savart law
Ampere’s law
Moving charge in a magnetic field
Electromagnetic Induction
Faraday’s and Lenz’s law
Self & mutual induction
Eddy currents
Advanced coil-based numerical problems
Module 6: Optics
Ray Optics
Reflection & refraction
Lenses, mirrors
Optical instruments
Defects of vision
Wave Optics
Interference
Diffraction
Young’s double-slit experiment
Polarisation
Complex wave optics problems for JEE Advanced
Module 7: Modern Physics
Photoelectric effect
Atomic structure
Nuclear physics
Radioactivity
X-rays & semiconductors
JEE Advanced level numerical interpretations
NEET Physics - Abhishek Kumar
UNIT 1: Physical World & Measurement
Chapter 1 – Physical World
Scope & nature of Physics
Physics, technology & society
Fundamental forces in nature
Unification of forces
Chapter 2 – Units & Measurements
Need for measurement
Units (Fundamental & Derived), SI system
Dimensional analysis & applications
Errors in measurement
Significant figures
Least count, vernier callipers, screw gauge
📗 UNIT 2: Kinematics
Chapter 3 – Motion in a Straight Line
Position, displacement, distance
Speed, velocity, acceleration
Graphical motion
Kinematic equations
Relative motion
Chapter 4 – Motion in a Plane
Scalars & vectors
Projectile motion
Relative motion in 2-D
Uniform circular motion
📙 UNIT 3: Laws of Motion
Chapter 5 – Laws of Motion
Newton’s Laws
Free-body diagrams
Friction (static & kinetic)
Circular motion dynamics
Pulleys, constraint motion
📘 UNIT 4: Work, Energy & Power
Chapter 6 – Work, Energy & Power
Work done by variable force
Work-energy theorem
Potential & kinetic energy
Power, collisions
📗 UNIT 5: System of Particles & Rotational Motion
Chapter 7 – System of Particles & Rigid Body
Centre of mass
Motion of COM
Torque & angular momentum
Rotational dynamics
Rolling motion
📙 UNIT 6: Gravitation
Chapter 8 – Gravitation
Universal law of gravitation
Gravitational field, potential & energy
Escape speed
Satellites, Kepler’s laws
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📘 UNIT 7: Properties of Matter
Chapter 9 – Mechanical Properties of Solids
Stress, strain, modulus
Elasticity
Stress-strain curve
Chapter 10 – Mechanical Properties of Fluids
Pressure, Pascal’s law
Buoyancy
Bernoulli’s principle (very important for NEET)
Chapter 11 – Thermal Properties of Matter
Temperature scales
Heat transfer
Thermal expansion
Calorimetry
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📗 UNIT 8: Thermodynamics & Kinetic Theory
Chapter 12 – Thermodynamics
Zeroth, First, Second laws
Carnot engine
Heat engines, refrigerators
Chapter 13 – Kinetic Theory of Gases
Gas laws
RMS speed
Degree of freedom
Specific heats
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📙 UNIT 9: Oscillations & Waves
Chapter 14 – Oscillations
SHM
Energy in SHM
Damped & forced oscillations
Resonance
Chapter 15 – Waves
Types of waves
Superposition
Standing waves
Beats, Doppler effect
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📘 UNIT 10: Electrostatics
Chapter 16 – Electric Charges & Fields
Coulomb’s law
Electric field, flux
Gauss’ law (super important for NEET)
Chapter 17 – Electrostatic Potential & Capacitance
Potential & potential energy
Equipotentials
Capacitance, dielectrics
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📗 UNIT 11: Current Electricity
Chapter 18 – Current Electricity
Drift velocity
Ohm’s law
Resistivity
Kirchhoff’s laws
Wheatstone bridge & Meter bridge (NEET frequently asked)
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📙 UNIT 12: Magnetism
Chapter 19 – Moving Charges & Magnetism
Lorentz force
Cyclotron
Motion in magnetic field
Chapter 20 – Magnetism & Matter
Magnetic materials
Hysteresis curve
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📘 UNIT 13: Electromagnetic Induction & AC
Chapter 21 – Electromagnetic Induction
Faraday’s law
Lenz’s law
Eddy currents
Chapter 22 – Alternating Current
AC circuits
Resonance
LC, RC, RL, RLC circuits
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📗 UNIT 14: Optics
Chapter 23 – Ray Optics & Optical Instruments
Reflection, refraction
Lenses
Prisms
Optical instruments (microscope, telescope)
Chapter 24 – Wave Optics
Interference
Young’s double slit
Diffraction
Polarization
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📘 UNIT 15: Modern Physics
Chapter 25 – Dual Nature of Radiation & Matter
Photoelectric effect
de Broglie wavelength
Chapter 26 – Atoms & Nuclei
Rutherford, Bohr
Radioactivity
Nuclear reactions
Chapter 27 – Semiconductor Electronics
Diodes
Transistors
Logic gates
