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Nikhil sir Ex faculty of FIITJEE known for his skills to clear all the concepts of Physics through his simple and logical way. This course by Nikhil Sir revolves around the concept building for the students who want to achieve their goal.

 

    • Entire course is divided into 6 phases
      • Mechanics
      • Heat and Thermodynamics
      • Oscillation and Waves
      •  ElectroMagnetism
      • Optics
      • Electronics
  • In This Course 295 Hour+ Video classes will be provides i.e. each topic will be explained in detail with examples and illustrations.
  • 120+ DPP will be provided which will include 2500+ questions
  • Exercise and Sheets will be provided for each chapter which includes 2500+ questions.
  • Each Chapter has exhaustive quizzes and Phase Tests (both on NEET pattern).
  • Phase Tests are followed by Test Analysis Sessions.
  • Right mix of classes, problem solving and Doubt Clearing Classes.
  • Comprehensive & thoroughly revised study material.
  • Periodic tests on the latest NEET pattern.
  • Regular feedbacks.
  • Home assignments / Workbook.
  • Common Phase Tests across the country.
  • Video lecture hours of approx.  hrs. i.e. 295+ hrs, 5000+ questions
  • Doubt clearing classes
  • Rank Improvement Program.

 

About Nikhil Sir

 

PhysicsX Course Advantages

 

Classes at Home

Nikhil Sir provide more then 275+ hours online lectures for this course. Attend these lectures in the convenience and safety of your home.

 

Classroom Study Material

Get well researched study material prepared by Nikhil sir. This includes 100+ DPP’s , Test sheets and Workbooks.

 

Doubt Clarification

All your doubts will be cleared on whatsapp by Nikhil sir. You can ask any doubt on any topic directly from Nikhil sir.

 

Quizzes

Each Chapter has exhaustive quizzes and Phase Tests (on NEET Exam pattern). Phase Tests are followed by Test Analysis Sessions.

 

Some of Our Best Results

 

Offer Expire in

Course Features

  • Lectures 261
  • Quizzes 14
  • Skill level All levels
  • Language English
  • Students 376
  • Assessments Self
  • Basic Math 10

    • Lecture1.1
      Geometrical Interpretation of Derivative
    • Lecture1.2
      Properties of derivative
    • Lecture1.3
      Maxima and Minima Values of function
    • Lecture1.4
      Geometrical Interpretation of Integral
    • Lecture1.5
      Definite Integral of a function
    • Lecture1.6
      Application in Physics
    • Lecture1.7
      Trigonometry basics
    • Lecture1.8
      Algebra
    • Lecture1.9
      Graphs
    • Quiz1.1
      Quiz 1 0 question
  • Units and Dimension 16

    • Lecture2.1
      System of units
    • Lecture2.2
      Dimension of Physical quantity
    • Lecture2.3
      Derivation of dimensional formula
    • Lecture2.4
      Significant figure
    • Lecture2.5
      Errors in measurement
    • Lecture2.6
      Absolute error
    • Lecture2.7
      Propagation of combination of errors
    • Lecture2.8
      Questions of Error
    • Lecture2.9
      Measuring Devices Part 1
    • Lecture2.10
      Measuring Devices Part 2
    • Lecture2.11
      Error
    • Lecture2.12
      Propagation of combination of Error
    • Lecture2.13
      Question of Error
    • Lecture2.14
      Measuring devices Part 1
    • Lecture2.15
      Measuring Devices Part 2
    • Quiz2.1
      Quiz 2 0 question
  • Vectors 13

    • Lecture3.1
      Introduction and Different type of vectors L-01
    • Lecture3.2
      Position Vector and Unit Vector L-02
    • Lecture3.3
      Addition of vector Geometrically L-03
    • Lecture3.4
      Resultant of two Vector L-04
    • Lecture3.5
      Addition of More then Two Vectors and Resolution of Vector L-05
    • Lecture3.6
      Vector DPP -01
    • Lecture3.7
      Questions of Vector Addition L-06
    • Lecture3.8
      Scalar Product L-07
    • Lecture3.9
      Cross product
    • Lecture3.10
      Vector DPP-02
    • Lecture3.11
      Vector DPP-03
    • Lecture3.12
      Vector DPP -04
    • Quiz3.1
      Vector- Test 1 25 questions
  • Motion in One Dimension 20

    • Lecture4.1
      Rest and Motion(Distance/Displacement)
    • Lecture4.2
      Speed & Velocity
    • Lecture4.3
      Questions on Basic terms
    • Lecture4.4
      Acceleration
    • Lecture4.5
      Questions on Acceleration
    • Lecture4.6
      Non uniformly accelerated motion
    • Lecture4.7
      Equation of Motion
    • Lecture4.8
      Question of Equation of Motion part 1
    • Lecture4.9
      Question of Equation of Motion part 2
    • Lecture4.10
      Motion under Gravity part 1
    • Lecture4.11
      Motion under gravity part 2(Questions)
    • Lecture4.12
      Motion Under gravity part 3(Questions)
    • Lecture4.13
      Kinematics Graphs Part 1
    • Lecture4.14
      Kinematics Graphs Part 2(Question)
    • Lecture4.15
      Kinematics Graphs Part 3(Questions)
    • Lecture4.16
      Relative Motion in 1 D
    • Lecture4.17
      Relative Motion in 2D
    • Lecture4.18
      Rain type problems-1
    • Lecture4.19
      River Type problems
    • Quiz4.1
      Quiz 5 0 question
  • Motion In Two Dimension 13

    • Lecture5.1
      Motion In 2 D Basic Part 1
    • Lecture5.2
      Motion In 2 D Part 2(questions)
    • Lecture5.3
      Projectile (Ground to Ground)-1
    • Lecture5.4
      Projectile (Ground to Ground)-2
    • Lecture5.5
      Height to Ground Projectile
    • Lecture5.6
      Projectile on Inclined plane
    • Lecture5.7
      Relative Motion in 1 D
    • Lecture5.8
      Relative Motion in 2D
    • Lecture5.9
      Rain type Problems -1
    • Lecture5.10
      Rain Type Problems -2
    • Lecture5.11
      River type Problems
    • Lecture5.12
      Questions
    • Quiz5.1
      Quiz 6 0 question
  • Newton’s Laws of Motion 20

    • Lecture6.1
      The Concept of Force
    • Lecture6.2
      Laws of motion
    • Lecture6.3
      Type of Forces and Free Body Diagram
    • Lecture6.4
      Normal Contact Force
    • Lecture6.5
      Tension Force
    • Lecture6.6
      Equilibrium-1
    • Lecture6.7
      Equilibrium-2
    • Lecture6.8
      Application of 2nd Law of motion
    • Lecture6.9
      Constraint Motion -1
    • Lecture6.10
      Constraint Motion -2
    • Lecture6.11
      Questions of NLM
    • Lecture6.12
      Frame of Reference and Pseudo Force
    • Lecture6.13
      Questions of Pseudo force
    • Lecture6.14
      Spring Force
    • Lecture6.15
      Breaking of Support
    • Lecture6.16
      Friction Introduction
    • Lecture6.17
      Friction Question-1
    • Lecture6.18
      Friction Question-2
    • Lecture6.19
      Two Block Problems
    • Quiz6.1
      Quiz 7 0 question
  • Work, Energy and Power 12

    • Lecture7.1
      Work Introduction
    • Lecture7.2
      Work by constant force
    • Lecture7.3
      Work by variable Force
    • Lecture7.4
      Conservative and Non conservative force
    • Lecture7.5
      Illustrations of Work
    • Lecture7.6
      Kinetic energy
    • Lecture7.7
      Work energy theorem
    • Lecture7.8
      Potential Energy
    • Lecture7.9
      Mechanical Energy Conservation
    • Lecture7.10
      Illustrations
    • Lecture7.11
      Power
    • Quiz7.1
      Quiz 8 0 question
  • Circular Motion 9

    • Lecture8.1
      Kinematics of circular motion
    • Lecture8.2
      Questions on Circular Motion
    • Lecture8.3
      Acceleration in circular Motion
    • Lecture8.4
      Centrifugal force
    • Lecture8.5
      Horizontal Circular motion
    • Lecture8.6
      Vertical Circular motion
    • Lecture8.7
      Questions on Vertical Circular motion
    • Lecture8.8
      Illustration
    • Quiz8.1
      Quiz 9 0 question
  • Center of Mass and conservation of Linear Momentum 14

    • Lecture9.1
      Center of mass
    • Lecture9.2
      Discrete Mass system
    • Lecture9.3
      Continuous Mass System
    • Lecture9.4
      Questions
    • Lecture9.5
      Motion of Center of mass
    • Lecture9.6
      Velocity of center of mass
    • Lecture9.7
      Illustrations
    • Lecture9.8
      Conservation of Momentum
    • Lecture9.9
      Impulse
    • Lecture9.10
      Collision-1
    • Lecture9.11
      Collision-2
    • Lecture9.12
      3-d Collision
    • Lecture9.13
      Illustration
    • Quiz9.1
      Quiz 10 0 question
  • Rotational Motion 21

    • Lecture10.1
      Moment of Inertia
    • Lecture10.2
      Moment of inertia of discrete Mass system
    • Lecture10.3
      Moment of inertia of continuous mass system
    • Lecture10.4
      Questions
    • Lecture10.5
      Torque
    • Lecture10.6
      Questions on torque -1
    • Lecture10.7
      Questions on torque-2
    • Lecture10.8
      Equilibrium of rigid bodies
    • Lecture10.9
      Newton’s Second law in Rotation
    • Lecture10.10
      Kinetic Energy of rotation
    • Lecture10.11
      Work and Power
    • Lecture10.12
      Conservation of Mechanical energy
    • Lecture10.13
      Angular Momentum
    • Lecture10.14
      Conservation of angular momentum
    • Lecture10.15
      Questions of Conservation of angular momentum
    • Lecture10.16
      Angular Impulse and collision
    • Lecture10.17
      Questions on Collision
    • Lecture10.18
      Combined Motion
    • Lecture10.19
      Pure Rolling Motion
    • Lecture10.20
      Questions of combined motion
    • Quiz10.1
      Quiz 11 0 question
  • Fluid Mechanics 11

    • Lecture11.1
      Pressure
    • Lecture11.2
      Pascal’s Law
    • Lecture11.3
      Questions of pressure
    • Lecture11.4
      Force and torque on wall of container
    • Lecture11.5
      Buoyancy force
    • Lecture11.6
      Questions of buoyancy force
    • Lecture11.7
      Continuity Equation
    • Lecture11.8
      Bernoulli’s Theorem
    • Lecture11.9
      Application of Bernoulli’s Theorem
    • Lecture11.10
      Questions -1
    • Lecture11.11
      Questions-2
  • Properties of Solids and Fluids 8

    • Lecture12.1
      Elasticity and plasticity
    • Lecture12.2
      Stress
    • Lecture12.3
      Strain
    • Lecture12.4
      Modulus of elasticity
    • Lecture12.5
      Viscosity
    • Lecture12.6
      Surface Tension -1
    • Lecture12.7
      Surface tension-2
    • Quiz12.1
      Quiz 12 0 question
  • Gravitation 8

    • Lecture13.1
      Newton’s Law of Gravitation
    • Lecture13.2
      Gravitation Field-1
    • Lecture13.3
      Gravitational field-2 (question)
    • Lecture13.4
      Gravitational Potential and Potential Energy
    • Lecture13.5
      Kepler Law
    • Lecture13.6
      Planetary Motion
    • Lecture13.7
      Illustrations
    • Quiz13.1
      Quiz 13 0 question
  • Heat and Thermodynamics 20

    • Lecture14.1
      Thermal Expansion-Expansion in solids
    • Lecture14.2
      Expansion in Liquids
    • Lecture14.3
      Questions
    • Lecture14.4
      Calorimetery
    • Lecture14.5
      Principle of Calorimeter and questions
    • Lecture14.6
      Conduction
    • Lecture14.7
      Questions
    • Lecture14.8
      Radiation
    • Lecture14.9
      Newton law of cooling
    • Lecture14.10
      Black Body Radiation
    • Lecture14.11
      Kinetic Theory – pressure of gas
    • Lecture14.12
      Ideal Gas law
    • Lecture14.13
      Questions
    • Lecture14.14
      Internal Energy
    • Lecture14.15
      Degree of freedom
    • Lecture14.16
      First law of thermodynamics
    • Lecture14.17
      Indicator diagramquestions
    • Lecture14.18
      Different thermodynamic process
    • Lecture14.19
      Heat Engine and Refrigerator
    • Quiz14.1
      Quiz 14 0 question
  • Simple Harmonic Motion 9

    • Lecture15.1
      Equation of SHM
    • Lecture15.2
      Linear SHM
    • Lecture15.3
      Angular SHM
    • Lecture15.4
      Simple Pendulum
    • Lecture15.5
      Torsional Pendulum
    • Lecture15.6
      Compound Pendulum
    • Lecture15.7
      Damped and forced oscillation
    • Lecture15.8
      Illustrations
    • Lecture15.9
      Quiz 16
  • Waves 9

    • Lecture16.1
      Transverse Waves equation
    • Lecture16.2
      Energy, Power of wave
    • Lecture16.3
      Reflection and Refraction of transverse wave
    • Lecture16.4
      Longitudinal wave
    • Lecture16.5
      Doppler Effect
    • Lecture16.6
      Questions on doppler effect
    • Lecture16.7
      Superposition principle
    • Lecture16.8
      Application
    • Lecture16.9
      Quiz 17
  • ELECTROSTATICS 9

    • Lecture17.1
      Electric Charge
    • Lecture17.2
      Coulomb’s Law and Electrostatic Force
    • Lecture17.3
      Electric Field
    • Lecture17.4
      Electric Potential and Potential Energy
    • Lecture17.5
      Electric Dipole
    • Lecture17.6
      Electric Flux and Gauss’s law
    • Lecture17.7
      conductors and Insulators
    • Lecture17.8
      Capacitor
    • Quiz17.1
      Quiz 17 0 question
  • Electric Current 6

    • Lecture18.1
      Drift Velocity
    • Lecture18.2
      Ohm’s Law
    • Lecture18.3
      Resistance in series and parallel
    • Lecture18.4
      Kirchhoff’s law
    • Lecture18.5
      Cell
    • Lecture18.6
      Instruments
  • Magnetic Effect of Current 7

    • Lecture19.1
      Biot-Savart Law and Application
    • Lecture19.2
      Ampere’s Law and application
    • Lecture19.3
      Force on moving charge in magnetic field
    • Lecture19.4
      Force on current carrying conductor
    • Lecture19.5
      Torque on current carrying loop Lecture
    • Lecture19.6
      Moving coil Galvanometer
    • Lecture19.7
      Magnetic Dipole Moment
  • Magnetism 4

    • Lecture20.1
      Bar Magnet
    • Lecture20.2
      Magnetic field lines
    • Lecture20.3
      Earth Magnetic field
    • Lecture20.4
      Magnetic Properties of substances
  • ELECTROMAGNETIC INDUCTION 5

    • Lecture21.1
      Faraday’s law
    • Lecture21.2
      Induced EMF and current
    • Lecture21.3
      Lenz’s Law and application
    • Lecture21.4
      Induced Electric field
    • Lecture21.5
      Self and Mutual Inductance
  • ALTERNATING CURRENT 5

    • Lecture22.1
      Introduction
    • Lecture22.2
      Peak and RMS values
    • Lecture22.3
      RLC circuits
    • Lecture22.4
      Resonance
    • Lecture22.5
      AC Generator and Transformer
  • ELECTROMAGNETIC WAVES 4

    • Lecture23.1
      Displacement Current
    • Lecture23.2
      Characteristics
    • Lecture23.3
      EMW Spectrum
    • Lecture23.4
      Maxwell Equation
  • GEOMETRICAL OPTICS 8

    • Lecture24.1
      Laws of Reflections
    • Lecture24.2
      Plane Mirror and Spherical Mirror
    • Lecture24.3
      Mirror formula and application
    • Lecture24.4
      Laws of Refraction and snell’s Law
    • Lecture24.5
      Total Internal Reflection and application
    • Lecture24.6
      Lens
    • Lecture24.7
      Prism
    • Lecture24.8
      Optical Instrument
  • Wave Optics 5

    • Lecture25.1
      Wavefront and Huygen’s Principle
    • Lecture25.2
      Interference
    • Lecture25.3
      Diffraction due to Single slit
    • Lecture25.4
      Resolving Power of Microscope and Telescope
    • Lecture25.5
      Polarization
  • Modern Physics 5

    • Lecture26.1
      Photoelectric Effect
    • Lecture26.2
      Radiation Pressure
    • Lecture26.3
      Matter waves
    • Lecture26.4
      Atom
    • Lecture26.5
      Nuclie and Radioactivity
  • Electronics 4

    • Lecture27.1
      Semiconductor
    • Lecture27.2
      Transistor
    • Lecture27.3
      Logic Gates
    • Lecture27.4
      Communication
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