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JEE Main Preparation for 11&12th

Perfect preparation Video Lectures and eBooks for Physics, Chemistry & Mathematics of Class 11th & 12th for JEE Main & CBSE.

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This course raises the academic levels of the student. High definition visualization techniques. Course prepared with NCERT and other preferred reference books, so this is the perfect study material one requires to ace the JEE Main Advanced & CBSE. Also get online study materials, sample papers and previous exam papers and video solutions free. This course provides JEE Main syllabus and JEE Main pattern for engineering entrance exam.

Our team of expert faculties are selected with good teaching skill, high qualification and experience. They are all expert in their subject and committed to the success of our students. We ensure to provide best results out of all level of students.

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  • 1. 1600+ Video Lectures by expert faculty
  • 2. 86 Chapter Wise E-books
  • 3. Doubt Clearing Panel
  • 4. Chapter-wise exam pattern exercise
  • 5. Access on Desktop & Mobile (download also)
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Physics
01 Basic Mathematics
01 Trigonometry 42 mins
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02 Calculus -I – Differentiation 44 mins
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03 Calculus – II – Integration 41 mins
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04 Graphs and Algebra 41 mins
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05 Vectors – I 41 mins
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06 Vectors – II 41 mins
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07 Vectors – III 42 mins
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08 JEE Main Pattern Questions Exercise-I 44 mins
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02 Units and Measurement
01 Understanding SI Units 39 mins
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02 Dimensional Analysis 39 mins
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03 Significant Figures 41 mins
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04 Errors In A Measurement 44 mins
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05 Measurement of Length – Vernier Callipers 40 mins
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06 Measurement of Length – Screw Gauge 41 mins
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07 JEE Main Pattern Questions Exercise-I 19 mins
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08 JEE Main Pattern Questions Exercise-II 22 mins
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03 Motion in a Straight Line
01 Kinematics-I 40 mins
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02 Kinematics-II 40 mins
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03 Relative Motion-I 41 mins
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04 Relative Motion-II 40 mins
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05 Relative Motion and Graphs 40 mins
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06 JEE Main Pattern Questions Exercise-I 74 mins
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04 Motion in a Plane
01 Motion in Two Dimension 42 mins
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02 Projectile Motion 40 mins
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03 Illustration On Projectile Motion 40 mins
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04 Projectile Motion on an Incline Plane 40 mins
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05 Illustrations on Projectile Motion on Incline Plane 40 mins
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06 Constraint Motion 41 mins
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07 JEE Main Pattern Questions Exercise-I 62 mins
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05 Laws of Motion
01 Newton’s Laws of Motion 40 mins
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02 Using Newton’s Laws 40 mins
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03 Using Newton’s Laws-II 40 mins
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04 Applying Newton’s Laws 41 mins
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05 Pseudo Force 41 mins
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06 Illustrations on Newton’s Laws 42 mins
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07 Newton’s III Law of Motion 42 mins
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08 Friction-I 40 mins
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09 Friction-II 41 mins
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10 Illustrations on Friction-I 40 mins
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11 Illustrations on Friction-II 40 mins
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12 Spring Force 40 mins
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13 Circular Motion-I 40 mins
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14 Circular Motion-II 41 mins
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15 Circular Motion-III 40 mins
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16 Vertical Circular Motion 40 mins
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17 Illustrations on Circular Motion 40 mins
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18 JEE Main Pattern Questions Exercise-I 47 mins
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06 Work, Energy and Power
01 Work and Energy 41 mins
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02 Illustration on Work Done 40 mins
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03 Work Energy Theorem 42 mins
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04 Work Done by a Spring Force 42 mins
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05 Law of Conservation of Mechanical Energy 41 mins
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06 Power 41 mins
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07 Linear Momentum and Conservation of Momentum 41 mins
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08 Momentum and Impulse 40 mins
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09 Collisions 42 mins
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10 Inelastic Collision 40 mins
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11 Partially Inelastic Collision and Coefficient of Restitution 40 mins
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12 Collision in Two Dimension 41 mins
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13 JEE Main Pattern Questions Exercise-I 33 mins
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07 System of Particles and Rotational Motion
01 Centre of Mass-I 40 mins
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02 Centre of Mass-II 41 mins
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03 Centre of Mass-III 41 mins
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04 Centre of Mass-IV 41 mins
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05 Motion of Centre of Mass 40 mins
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06 Illustrations on Centre of Mass 43 mins
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07 Moment of Inertia-I 41 mins
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08 Moment of Inertia-II 42 mins
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09 Moment of Inertia-III 40 mins
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10 Perpendicular and Parallel Axis Theorem 40 mins
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11 Illustrations on Moment of Inertia 40 mins
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12 Rotational Dynamics 41 mins
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13 Illustrations on Torque 41 mins
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14 Kinetic Energy in Rotation 41 mins
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15 Angular Momentum 41 mins
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16 Angular Impulse 44 mins
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17 Illustrations on Conservation of Angular Momentum 41 mins
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18 Combined Rotation and Translational Motion 40 mins
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19 Pure Rolling Motion 41 mins
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20 Illustrations on Pure Rolling Motion 41 mins
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21 Rolling with Slipping 42 mins
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22 Rotational Collisions 45 mins
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23 JEE Main Pattern Questions Exercise-I 31 mins
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24 JEE Main Pattern Questions Exercise-II 34 mins
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08 Gravitation
01 Universal Law of Gravitation 41 mins
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02 Gravitational Potential Energy and Potential 40 mins
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03 Gravitational Potential 39 mins
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04 Potential Due to A Sphere 43 mins
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05 Self Energy 40 mins
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06 Gravitational Field Strength-I 40 mins
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07 Gravitational Field Strength-II 40 mins
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08 Gravitational Field Strength-III 41 mins
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09 Gravitational Field Strength-IV 41 mins
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10 Illustrations on Gravitational Field-I 40 mins
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11 Illustrations on Gravitational Field-II 41 mins
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12 Acceleration Due to Gravity 42 mins
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13 Satellite and Planetary Motion 41 mins
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14 Satellite in Elliptical Orbit 40 mins
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15 Kepler’s Laws 43 mins
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16 Illustrations on Planetary Motion 41 mins
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17 Illustrations on Gravitational Field and Potential Energy 41 mins
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18 JEE Main Pattern Questions Exercise-I 49 mins
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09 Properties of Matter
01 Elasticity 40 mins
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02 Hooke’s Law-I 41 mins
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03 Hooke’s Law-II 41 mins
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04 Illustrations on Modulii of Elasticity 40 mins
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05 Potential Energy Stored in a Wire 44 mins
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06 Factors Affecting Elasticity 19 mins
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07 JEE Main Pattern Questions Exercise-I 28 mins
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08 JEE Main Pattern Questions Exercise-I 44 mins
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10 Fluid Mechanics
01 Pressure 41 mins
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02 Pascal’s Law 40 mins
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03 Archimedes Principle 41 mins
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04 Floatation 41 mins
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05 Problems on Floatation 43 mins
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06 Viscosity 40 mins
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07 Poisseuille’s Equation 41 mins
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08 Stoke’s Law 40 mins
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09 Types of Fluid Flow 40 mins
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10 Bernoulli’s Theorem 41 mins
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11 Applications of Bernoulli’s Theorem 37 mins
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12 Applications of Bernoulli’s Theorem-II 40 mins
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13 Venturimeter and Pitot’s Tube 31 mins
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14 Problems on Flow of Fluids 36 mins
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15 Surface Tension 41 mins
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16 Excess Pressure Inside a Liquid Drop 40 mins
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17 Capillarity 41 mins
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18 JEE Main Pattern Questions Exercise-I 41 mins
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19 JEE Main Pattern Questions Exercise-II 43 mins
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11 Thermal Properties of Matter
01 Temperature, Heat and Thermal Expansion 43 mins
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02 Specific Heat Capacity 35 mins
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03 Latent Heat 40 mins
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04 Calorimetry 37 mins
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05 Transfer of Heat 26 mins
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06 Connection of Conductors 40 mins
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07 Convection 36 mins
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08 Radiation 31 mins
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09 Ideal Gas Equation 29 mins
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10 JEE Main Pattern Questions Exercise-I 40 mins
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11 JEE Main Pattern Questions Exercise-I 41 mins
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12 Thermodynamics
01 Thermal Equilibrium 44 mins
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02 Internal Energy of a Gas 40 mins
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03 Work Done By a Gas 42 mins
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04 First law of Thermodynamics 44 mins
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05 Isothermal and Adiabatic Process 36 mins
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06 Second Law of Thermodynamics 55 mins
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07 Carnot’s Cycle 21 mins
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08 JEE Main Pattern Questions Exercise-I 31 mins
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09 JEE Main Pattern Questions Exercise-II 29 mins
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13 Kinetic Theory of Gases
01 Kinetic Theory of an Ideal Gas-I 29 mins
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02 Kinetic Theory of an Ideal Gas-II 37 mins
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03 JEE Main Pattern Questions Exercise-I 31 mins
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14 Oscillations
01 Periodic and Oscillatory Motion 40 mins
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02 Simple Harmonic Motion 41 mins
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03 Relation between S. H. M. & Uniform Circular Motion 41 mins
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04 Velocity and Acceleration in Simple Harmonic Motion 38 mins
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05 Energy Conservation in Simple Harmonic Motion 38 mins
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06 Simple Pendulum 41 mins
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07 Damped Simple Harmonic Motion 40 mins
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08 Forced Oscillation and Resonance 38 mins
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09 The Physical Pendulum 40 mins
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10 Composition of Two SHM-I 40 mins
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11 Composition of Two SHM-II 40 mins
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12 JEE Main Pattern Questions Exercise-I 40 mins
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15 Waves
01 Transverse and Longitudinal Waves 37 mins
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02 General equition of waves 39 mins
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03 Plane Progressive Wave 38 mins
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04 Energy of wave 38 mins
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05 Reflection -Refraction and Speed of Waves 39 mins
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06 Principle of Superposition of Waves 38 mins
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07 Standing Waves in String 38 mins
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08 Standing Waves and Normal Modes 38 mins
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09 Beats 39 mins
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10 Doppler Effect-I 38 mins
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11 Doppler Effect-II 38 mins
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12 JEE Main Pattern Questions Exercise-I 36 mins
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16 Electrostatics -I
01 Electric Charges 39 mins
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02 Conductors, Insulators Charging by Induction 35 mins
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03 Coulomb’s Law 43 mins
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04 Electric Field 36 mins
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05 Electric Dipole 44 mins
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06 Electric Field of a Dipole 31 mins
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07 Torque on Dipole Placed in Uniform Electric Field 31 mins
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08 Torque on Dipole Placed in Non-Uniform Electric Field 39 mins
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09 Charge Distribution: Line, Volume and Surface 39 mins
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10 Concept of Flux, Gauss’s Law-I 20 mins
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11 Concept of Flux, Gauss’s Law-II 40 mins
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12 Application of Gauss’s Law-I 42 mins
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13 Application of Gauss’s Law-II 40 mins
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14 Coulomb’s Law in Vector Form 43 mins
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15 Application of Electric Field 41 mins
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16 Electric Field of Charge Distribution 43 mins
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17 JEE Main Pattern Questions Exercise-I 69 mins
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18 JEE Main Pattern Questions Exercise-II 77 mins
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17 Electrostatics -II
01 Concept of Potential Energy and Potential 40 mins
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02 Electrostatic Potential 40 mins
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03 Relation Between Electric Field and Potential 40 mins
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04 Potential of a Dipole 40 mins
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05 Equipotential Surfaces 40 mins
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06 Potential Energy of System of Charges 40 mins
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07 Electrostatics of Conductors 40 mins
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08 Dielectrics and Polarization 41 mins
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09 Capacitors and Capacitance-I 44 mins
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10 Capacitors and Capacitance-II 40 mins
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11 Parallel Plate Capacitor 40 mins
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12 JEE Main Pattern Questions Exercise-I 37 mins
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18 Current Electricity
01 Electric Current 37 mins
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02 Drift Velocity 45 mins
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03 Resistance and Resistivity-I 42 mins
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04 Resistance and Resistivity-II 42 mins
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05 Cell 47 mins
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06 Illustrations on Grouping of Resistors 36 mins
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07 Kirchhoff’s Law-I 49 mins
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08 Kirchhoff’s Law-II 56 mins
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09 Heating Effects of Current 45 mins
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10 Electrical Measuring Instruments 48 mins
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11 Wheatstone Bridge 41 mins
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12 Potentiometer 44 mins
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13 Potentiometer and Its Applications 47 mins
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14 Meter Bridge 44 mins
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15 Methods of Finding Equivalent Resistances-I 51 mins
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16 Methods of Finding Equivalent Resistances-II 45 mins
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17 Methods of Finding Equivalent Resistances-III 47 mins
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18 Methods of Finding Equivalent Resistances-IV 46 mins
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19 Grouping of Cells 40 mins
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20 JEE Main Pattern Questions Exercise-I 48 mins
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19 Electrodynamics
01 Introduction: Moving Charges as a Source of Magnetism 41 mins
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02 Magnetic Force on a Wire Carrying Current 41 mins
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03 Motion of Charge Particle in Magnetic Field 41 mins
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04 Charge to Mass Ratio : e/m 40 mins
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05 Biot Savart Law and Its Application 41 mins
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06 Cyclotron-I 41 mins
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07 Ampere’s Law and Its Application-I 41 mins
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08 Ampere’s Law and Its Application-II 40 mins
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09 Solenoid 40 mins
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10 Toroid 40 mins
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11 Force Between Two Wires Carrying Current 41 mins
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12 Torque on Current Loop 41 mins
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13 Magnetic Dipole Moment 41 mins
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14 Dipole Moment of a Revolving Electron 41 mins
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15 Moving Coil Galvanometer 40 mins
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16 Voltmeter and Ammeter 41 mins
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17 JEE Main Pattern Questions Exercise-I 33 mins
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20 Magnetism and Matter
01 Magnetic Lines of Force-I 40 mins
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02 Magnetic Lines of Force-II 40 mins
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03 Bar Magnet in a Uniform Magnetic Field 41 mins
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04 Earth’s Magnetism 41 mins
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05 Magnetization and Magnetic Intensity & Magnetic Propertise of Materials-I 42 mins
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06 Magnetization and Magnetic Intensity & Magnetic Propertise of Materials-II 42 mins
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07 JEE Main Pattern Questions Exercise-I 32 mins
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21 Electromagnetic Induction
01 Electromagnetic Induction and Faraday’s Experiment 40 mins
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02 Magnetic Flux and Faraday’s Laws of Electromagnetic Induction 40 mins
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03 Motional Electromotive Force-I 40 mins
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04 Motional Electromotive Force-II 40 mins
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05 AC Generator and Eddy Currents 40 mins
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06 Self Inductance & Mutual Inductance 40 mins
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07 Energy Stored in Magnetic Field, Transformer 40 mins
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08 JEE Main Pattern Questions Exercise-I 41 mins
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09 JEE Main Pattern Questions Exercise-II 37 mins
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10 EMI Basic Concepts 37 mins
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22 Alternating Current
01 Phasor Diagrams, AC Voltage & Current 41 mins
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02 Average & RMS value of AC Current and Voltage 41 mins
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03 AC Voltage Applied to a Series LCR Circuit 41 mins
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04 Resonance in LCR Circuit 40 mins
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05 Power in AC Circuit: The Power Factor 40 mins
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06 LC Oscillation 40 mins
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07 JEE Main Pattern Questions Exercise-I 45 mins
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23 Electromagnetic Waves
01 Electromagnetic Waves-I 41 mins
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02 Electromagnetic Waves-II 40 mins
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03 Maxwells Equtions and Displacement Current 41 mins
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04 Important Physical Properties of EM Waves 40 mins
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05 JEE Main Pattern Questions Exercise-I 39 mins
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24 Ray Optics And Optical Instruments
01 Reflection of Light 40 mins
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02 Cases of Reflection Through Plane Mirror-I 41 mins
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03 Cases of Reflection Through Plane Mirror-II 40 mins
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04 Cases of Reflection Through Plane Mirror-III 40 mins
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05 Problems on Reflections Through Plane Mirrors 40 mins
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06 Reflection Through Curved Surfaces-I 40 mins
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07 Reflection Through Curved Surfaces-II 40 mins
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08 Image Formation Through spherical Mirrors-I 40 mins
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09 Image Formation Through spherical Mirrors-II 40 mins
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10 Refraction and Laws of Refraction 41 mins
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11 Refraction Through Glass Slab and Lateral Shift 40 mins
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12 Total Internal Reflection and Illustration of Refraction-I 40 mins
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13 Illustration of Refraction-II 39 mins
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14 Refraction at Curved Surfaces 40 mins
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15 Lens and Image Formation for Lens 40 mins
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16 Combination of Lenses 40 mins
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17 Illustrations on Lenses and Power of Lens 40 mins
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18 Combination of Lens and Mirror 40 mins
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19 Chromatic Aberration 40 mins
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20 Prism and Cases of Prism 40 mins
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21 Illustrations on Prism 40 mins
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22 Displacement Method 40 mins
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23 Defects in Images 40 mins
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24 Dispersion of Light 41 mins
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25 Compound Microscope 40 mins
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26 Astronomical Telescope 40 mins
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27 Illlustrations on Instruments 40 mins
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28 Human Eye & Defects,Some Natural Phenomena of Light 40 mins
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29 JEE Main Pattern Questions Exercise-I 31 mins
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30 JEE Main Pattern Questions Exercise-I Next 25 mins
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25 Wave Optics
01 Nature of Light and Wavefront 40 mins
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02 Application of Huygen’s Principle 40 mins
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03 The Doppler’s Effect 40 mins
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04 Analysis of Interference of Light 40 mins
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05 Young’s Double Slit Experiment 40 mins
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06 Shape of Fringes on Screen 41 mins
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07 Diffraction of Light-I 40 mins
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08 Diffraction of Light-II 41 mins
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09 Resolving Power of Optical Instruments 40 mins
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10 Polarisation-I 42 mins
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11 Polarisation-II 40 mins
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12 JEE Main Pattern Questions Exercise-I 39 mins
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13 JEE Main pattern Questions Exercise-II 36 mins
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26 Modern Physics- I
01 Electron Emission 43 mins
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02 Experimental Study of Photoelectric Effect 42 mins
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03 Photoelectric Effect-I 41 mins
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04 Photoelectric Effect-II 45 mins
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05 Photon 39 mins
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06 Einstein’s Photoelectric Equation 43 mins
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07 Photo Cell 41 mins
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08 Wave Nature of Matter 43 mins
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09 Davisson and Germer Experiment 41 mins
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10 Illustrations 44 mins
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11 JEE Main Pattern Questions Exercise-I 32 mins
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27 Modern Physics- II
01 Structure of Atoms 44 mins
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02 Spectral Series of Hydrogen Atom 43 mins
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03 Energy Levels 41 mins
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04 De-Broglie’s Explanation of Bohr’s Second Postulate of Quantistaion 43 mins
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05 Emission and Absorption Spectra 44 mins
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06 X-ray 41 mins
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07 X-ray Spectra 44 mins
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08 Moseley’s Law 40 mins
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09 JEE Main Pattern Questions Exercise-I 64 mins
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10 Structure of Nucleus 45 mins
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11 Composition of Nucleus 42 mins
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12 Nuclear Size and Density 45 mins
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13 Nuclear Stability 40 mins
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14 Mass Defect and Binding Energy 39 mins
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15 Binding Energy Curve 43 mins
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16 Radioactivity 44 mins
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17 Nuclear Radiations 44 mins
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18 Laws of Radioactive Decay 42 mins
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19 Activity of Radioactive Element 43 mins
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20 Mean life of Radioactivity Element 43 mins
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21 Alpha Decay 44 mins
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22 Alpha,Beta and Gamma Decay 45 mins
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23 Gamma Decay 44 mins
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24 Nuclear Fission 43 mins
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25 Nuclear Reactor 41 mins
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26 Nuclear Fusion 41 mins
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27 JEE Main Pattern Questions Exercise-I 71 mins
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28 Semiconductors
01 Classification of Metals, Conductors and Semiconductors 39 mins
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02 PN Junction 37 mins
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03 Application of Junction Diode 39 mins
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04 Special Purpose of PN Junction Diodes 39 mins
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05 Optoelectronic Junction Devices 38 mins
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06 Junction Transistor 38 mins
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07 Basic Transistor Circuit Configurations and Transistor Characteristics 37 mins
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08 Transistor as a Device-I 39 mins
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09 Transistor as a Device – II 38 mins
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10 Digital Electronic and Logic Gates 40 mins
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11 Logic Gates 40 mins
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12 JEE Main Pattern Questions Exercise-I 40 mins
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29 Communication Systems
01 Elements of a Communication System 40 mins
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02 Basic Terminology 41 mins
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03 Bandwidth 40 mins
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04 Propagation of Electromagnetic Waves 39 mins
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05 Modulation and Necessity 40 mins
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06 Amplitude Modulation 40 mins
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07 Production, Transmission and Detection of AM Wave 40 mins
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08 JEE Main Pattern Questions Exercise-I 39 mins
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Chemistry
01 Different Types of Masses 38 mins
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02 Laws of Chemical Composition-I 45 mins
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03 Concept of Limiting Reagent 24 mins
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04 Empirical and Molecular Formula 40 mins
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05 Concentration Terms-I 36 mins
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06 Concentration Terms-II 40 mins
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07 Concentration Terms-III 44 mins
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08 JEE Main Pattern Questions Exercise (1) 66 mins
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09 Stoichiometry-I 39 mins
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10 Stoichiometry-II 38 mins
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11 Stoichiometry-III 34 mins
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12 Stoichiometry-IV 40 mins
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01 Cathode Ray Tube Experiment 42 mins
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02 Rutherford Model of An Atom 41 mins
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03 Bohr Theory-I 41 mins
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04 Bohr Theory-II 42 mins
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05 Calculation of Energy of Electron 42 mins
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06 Hydrogen Spectrum-I 42 mins
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07 Hydrogen Spectrum-II 41 mins
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08 Dual Nature of Radiation 42 mins
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09 Wave Mechanical Model of An Atom-I 44 mins
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10 Wave Mechanical Model of An Atom-II 41 mins
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11 More About Quantum Numbers 41 mins
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12 More About Orbitals and Quantum Number 44 mins
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13 Nodes and Orbitals 43 mins
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14 Solution of Schrodinger Wave Equation 42 mins
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15 Electronic Configuration-I 40 mins
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16 Electronic Configuration-II 46 mins
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17 JEE Main Pattern Questions Exercise (1) 50 mins
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01 Classification of Elements 41 mins
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02 More About Classification of Elements 42 mins
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03 Modern Periodic Law 43 mins
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04 Modern Periodic Table 41 mins
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05 Periodic Properties of Elements 40 mins
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06 Periodic Trends 40 mins
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07 Screening Effect 41 mins
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08 Slater’s Rule 40 mins
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09 More About Screening Effect 41 mins
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10 Ionization Potential 40 mins
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11 Trends of Ionization Potential 43 mins
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12 Applications of Ionization Potential 43 mins
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13 Electron Affinity or Electron Gain Enthalpy 43 mins
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14 Trends of Electron Affinity 42 mins
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15 More About Electron Affinity 41 mins
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16 Electronegativity 42 mins
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17 More About Electronegativity 41 mins
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18 Measurement of Electronegativity 41 mins
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19 Applications of Electronegativity-I 41 mins
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20 Applications of Electronegativity-II 40 mins
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21 Important Results From Electronegativity 42 mins
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22 Connecting Topics 41 mins
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23 Diagonal Relationship 42 mins
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24 Some Example Questions 41 mins
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25 JEE Main Pattern Questions Exercise (1) 25 mins
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01 Chemical Bonding and Molecular Structure 41 mins
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02 Details of Ionic Bonding 40 mins
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03 Lattice Energy for Ionic Bonds 41 mins
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04 Ionic Bonds Continued 41 mins
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05 Inert Pair Effect 41 mins
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06 Lewis Dot Structure 40 mins
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07 Details of Covalence 41 mins
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08 Covalent Bonds 41 mins
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09 Valence Bond Theory Continued 41 mins
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10 Pi Bond 41 mins
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11 Hybridization-I 42 mins
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12 Hybridization-II 41 mins
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13 Hybridization-III 41 mins
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14 Hybridization-IV 41 mins
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15 Hybridization-V 42 mins
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16 Hybridization-VI 41 mins
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17 Hybridization-VII 41 mins
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18 Hybridization-VIII 41 mins
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19 Explanation of sp3d Hybridization 41 mins
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20 Examples of sp3d 41 mins
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21 Bent’s Rule 39 mins
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22 Sum Up of %s 40 mins
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23 Help By %s 41 mins
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24 Structure of ClF3 40 mins
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25 Structure of XeF2 40 mins
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26 Structure of SF6 and IF7 40 mins
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27 Details About All Hybridization-I 40 mins
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28 Details About All Hybridization-II 40 mins
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29 Hybridization in Solid and Aqueous States 40 mins
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30 Applications of Bent Rule 40 mins
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31 Explanation of VSEPR Theory 41 mins
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32 Drago’s Rule 40 mins
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33 Resonance 41 mins
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34 Polarization and Fajans Rule 41 mins
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35 Applications of Dipole Moment 41 mins
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36 Van Der Waals Force of Attraction 41 mins
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37 Hydrogen Bonding 41 mins
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38 Metallic Bond 41 mins
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39 Molecular Orbital Theory 40 mins
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40 Details of Molecular Orbital Theory 41 mins
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41 Energy Level Diagrams-I 40 mins
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42 Energy Level Diagrams-II 41 mins
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43 Applications of Bond Order 41 mins
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44 Back Bonding-I 41 mins
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45 Oxidation State and Formal Charge 42 mins
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46 JEE Main Pattern Questions Exercise (1) 43 mins
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01 Introduction to Gases 40 mins
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02 Gas Laws-I 41 mins
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03 Gas Laws-II 41 mins
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04 Ideal Gas and Laws of Partial Pressure and Volume 41 mins
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05 Details of Dalton Law and Calculation of Vapor Pressure 41 mins
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06 Kinetic Theory of Gases 41 mins
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07 Maxwell Distribution of Molecular Speeds 40 mins
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08 Real Gas: Deviation from Ideal Behaviour-I 41 mins
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09 Real Gas: Deviation from Ideal Behaviour -II 41 mins
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10 Compressibility factor 41 mins
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11 Compressibility and Compressibility Factor 40 mins
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12 Liquefaction of Gases 42 mins
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13 JEE Main Pattern Questions Exercise (1) 47 mins
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01 Basic Concepts of Thermodynamics 40 mins
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02 Thermodynamic processes 41 mins
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03 Nature of Heat and Work & Zeroth law of Thermodynamics 41 mins
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04 First Law of Thermodynamics 41 mins
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05 Work done in isothermal process 41 mins
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06 Adiabatic process 40 mins
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07 Degree of freedom 41 mins
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08 Spontaneous and non- Spontaneous process 40 mins
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09 Entropy -I 41 mins
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10 Entropy-II 41 mins
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11 Gibbs free Energy-I 41 mins
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12 Gibbs free Energy-II 40 mins
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13 Thermochemistry-I 42 mins
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14 Thermochemistry-II 42 mins
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15 JEE Main Pattern Questions Exercise (1) 31 mins
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01 Reaction & its Type, Active Mass 40 mins
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02 Equilibrium & its Type 40 mins
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03 Law of mass Action, Equilibrium Constants 46 mins
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04 Relation Between Equilibrium Constant 41 mins
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05 Significance of standard free energy ,mass action ratio 43 mins
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06 Le Chattlier’s Principle 40 mins
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07 Degree of Dissociation 40 mins
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08 Electrolytes & its Types 35 mins
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09 Ostwald’s dilution law and it’s application 40 mins
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10 Acids and Bases Theory-I 38 mins
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11 Acids and Bases Theory-II 39 mins
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12 PH & POH, Isohydric Solution 39 mins
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13 PH of Weak Acids and Bases 44 mins
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14 Buffer Solutions 38 mins
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15 Common Ion Effect 39 mins
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16 Salts and Its Hydrolysis-I 43 mins
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17 Salts and Its Hydrolysis-II 41 mins
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18 Solubility 43 mins
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19 JEE Main Pattern Questions Exercise (1) 26 mins
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01 Oxidation and Reduction 42 mins
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02 Calculation of Oxidation State 40 mins
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03 Calculation of Oxidation State for Complicated Compounds-I 40 mins
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04 Calculation of Oxidation State for Complicated Compounds -II 27 mins
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05 Types of Redox Reactions 41 mins
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06 Balancing of Redox Reaction-I 40 mins
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07 Balancing of Redox Reaction-II 40 mins
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08 Calculation of n Factor-I 40 mins
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09 Calculation of n Factor-II 40 mins
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10 Law of Equivalence 40 mins
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11 Redox titrations 40 mins
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12 Questions on Redox Reactions 41 mins
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13 Electrochemical Cells Introduction 40 mins
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14 Cell Representation and EMF 40 mins
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15 JEE Main Pattern Questions Exercise (1) 41 mins
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01 General information About Hydrogen 38 mins
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02 Preparation of Hydrogen & properties 40 mins
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03 Hardness of Water 41 mins
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04 Heavy Water 43 mins
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05 Hydrogen Peroxide 38 mins
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06 Strength of Hydrogen Peroxide 37 mins
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07 Chemical properties of Hydrogen Peroxide 25 mins
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08 JEE Main Pattern Questions Exercise (1) 36 mins
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01 General information 36 mins
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02 Properties of alkali metals-I 42 mins
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03 Properties of alkali metals-II 41 mins
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04 Sodium and its compound-I 40 mins
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05 Sodium and its compound-II 40 mins
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06 Sodium and its compound-III 40 mins
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07 Sodium and its compound-IV 41 mins
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08 Sodium and its compound-V 40 mins
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09 sodium and its compound-VI 36 mins
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10 Potassium and its compound 42 mins
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11 Properties of alkaline earth metals-I 41 mins
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12 Properties of alkaline earth metals-II 40 mins
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13 Properties of alkaline earth metals-III 40 mins
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14 Properties of alkaline earth metals-IV 40 mins
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15 Properties of alkaline earth metals-V 41 mins
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16 Magnessium and its compounds-I 40 mins
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17 Magnessium and its compounds-II 39 mins
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18 Calcium and its compound-I 43 mins
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19 Calcium and its compound-II 40 mins
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20 Portland cement & compounds of Barium 38 mins
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21 Be and its compounds 20 mins
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22 JEE Main Pattern Questions Exercise (1) 40 mins
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01 p-block, General Information 41 mins
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02 Group 13: Physical Properties 42 mins
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03 Group-13:Chemical Properties I 39 mins
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04 Group-13, Chemical Properties II 40 mins
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05 Hydrides of Group 13 40 mins
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06 Boron and its Compounds 1 40 mins
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07 Boron and its Compounds 2 40 mins
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08 Aluminium and its Extraction 38 mins
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09 Compounds of Aluminium 42 mins
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10 Group 14- Carbon Family 41 mins
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11 Chemical Properties of Group-14 41 mins
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12 General Information About Carbon 41 mins
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13 Carbon Monoxide 40 mins
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14 Carbon dioxides and Carbonates 42 mins
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15 Gaseous Fuels and Carbides 40 mins
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16 Silicon and its Compound 35 mins
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17 Silicates and Glass 40 mins
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18 JEE Main Pattern Questions Exercise (1) 41 mins
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01 Nomenclature of Organic Compounds-I 41 mins
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02 Nomenclature of Organic Compounds-II 41 mins
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03 Nomenclature of Organic Compounds-III 37 mins
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04 Nomenclature of Organic Compounds-IV 40 mins
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05 Nomenclature of Organic Compounds-V 39 mins
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06 Nomenclature of Organic Compounds-VI 39 mins
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07 Nomenclature of Organic Compounds-VII 39 mins
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08 Nomenclature of Organic Compounds-VIII 39 mins
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09 Nomenclature of Organic Compounds-IX 39 mins
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10 Nomenclature of Organic Compounds-X 39 mins
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11 Nomenclature of Organic Compounds-XI 41 mins
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12 Nomenclature of Organic Compounds-XII 41 mins
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13 Nomenclature of Organic Compounds-XIII 40 mins
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14 Nomenclature of Organic Compounds-XIV 40 mins
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15 Nomenclature of Organic Compounds-XV 40 mins
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16 Nomenclature of Organic Compounds-XVI 41 mins
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17 Nomenclature of Organic Compounds-XVII 41 mins
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18 Nomenclature of Organic Compounds-XVIII 41 mins
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19 JEE Main Pattern Questions Exercise (1) 41 mins
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01 General Introduction of Hydrocarbons 41 mins
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02 Preparation of Alkanes 42 mins
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03 Chemical Properties of Alkanes 41 mins
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04 Alkenes & its Preparation 44 mins
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05 Alkenes & its Preparation -II 41 mins
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06 Physical &Chemical Properties of alkenes 38 mins
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07 Chemical Properties of Alkenes( Mechanism)-I 41 mins
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08 Chemical Properties of Alkenes( Mechanism)-II 41 mins
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09 Special Reactions & Dienes 42 mins
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10 Alkynes 43 mins
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11 Preparation of Alkynes 40 mins
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12 Chemical Properties of Alkynes-I 41 mins
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13 Chemical Properties of Alkynes-II 43 mins
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14 Chemical Properties of Alkynes-III 41 mins
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15 Special Reactions of Ethynes 41 mins
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16 Aromatic Hydrocarbons 37 mins
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17 Preparation & Properties of Benzene 43 mins
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18 Properties of Benzene-II 42 mins
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19 JEE Main Pattern Questions Exercise (1) 34 mins
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01 Composition of Atmosphere 40 mins
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02 Pollution and its Type 41 mins
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03 Air and Water Pollution 43 mins
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04 Soil Pollution 41 mins
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05 JEE Main Pattern Questions Exercise (1) 41 mins
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01 Isomerism – Structural isomerism – I 36 mins
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02 Isomerism – Structural isomerism – II 40 mins
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03 Isomerism – Structural isomerism – III 36 mins
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04 Isomerism – Structural isomerism – IV 39 mins
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05 Stereoisomerism – Geometrical Isomerism-I 39 mins
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06 Stereoisomerism – Geometrical Isomerism-II 39 mins
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07 Stereoisomerism – Geometrical Isomerism-III 39 mins
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08 Stereoisomerism – Geometrical Isomerism-IV 39 mins
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09 Optical Isomerism – I 39 mins
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10 Optical Isomerism – II 39 mins
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11 Optical Isomerism – III 39 mins
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12 Optical Isomerism – IV 36 mins
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13 Optical Isomerism – V 41 mins
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14 Optical Isomerism – VI 41 mins
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15 Optical Isomerism – VII 37 mins
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16 Optical Isomerism – VIII 40 mins
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17 Optical Isomerism – IX 39 mins
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18 Conformational Isomerism – I 39 mins
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19 Conformational Isomerism – II 39 mins
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20 Conformational Isomerism – III 39 mins
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21 Conformational Isomerism – IV 39 mins
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22 Conformational Isomerism – V 39 mins
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23 Conformational Isomerism – VI 41 mins
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24 JEE Main Pattern Questions Exercise (1) 42 mins
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01 Organic Reactions – Bond Cleavage 36 mins
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02 Carbocations, Carbanions, Free radical 40 mins
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03 Electro Displacement Effects – Inductive Effect – I 36 mins
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04 Electro Displacement Effects – Inductive Effect – II 39 mins
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05 Electro Displacement Effects – Inductive Effect – III 39 mins
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06 Inductive Effect – Practice Questions 39 mins
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07 Resonance/Mesomerism – I 39 mins
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08 Resonance/Mesomerism – II 39 mins
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09 Resonance/Mesomerism – III 39 mins
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10 Resonance or Mesomerism – IV 39 mins
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11 Drawing Resonating Structures – Aromatic Compounds 39 mins
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12 Resonance Effect or Mesomeric Effect – I 36 mins
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13 Resonance Effect or Mesomeric Effect – II 41 mins
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14 Resonance Effect or Mesomeric Effect – III 41 mins
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15 Hyperconjugation Effect – I 39 mins
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16 Hyperconjugation Effect – II 39 mins
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17 Hyperconjugation Effect – III 39 mins
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18 Electromeric Effect 39 mins
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19 Attacking Reagents – Electrophiles 39 mins
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20 Attacking Reagents – Nucleophiles – I 36 mins
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21 Attacking Reagents – Nucleophiles – II 41 mins
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22 Reactive Intermediates – Carbocations, Carbanions, Free Radicals 41 mins
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23 Reactive Intermediates – Carbenes, Nitrenes 37 mins
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24 JEE Main Pattern Questions Exercise (1) 40 mins
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01 General information-I 39 mins
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02 General information-II 0 mins
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03 Rate of Radioactive disintegration-I 39 mins
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04 Rate of Radioactive disintegration-II 41 mins
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05 Cause of Radioactivity & its application 39 mins
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06 Nuclear reactions & its type 42 mins
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07 JEE Main Pattern Questions Exercise (1) 0 mins
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01 Introduction to Solids 41 mins
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02 Details About Crystalline Solids 34 mins
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03 Crystal System and Symmetry Elements 43 mins
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04 Contribution of Atoms in Unit Cell 43 mins
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05 Packing Fraction of Crystals 42 mins
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06 Closed Packing of Identical Solid Spheres 41 mins
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07 Closed Packing in 2D and 3D 44 mins
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08 ABCABC Closed Packing 44 mins
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09 More About Octahedral Voids 44 mins
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10 Structure of Ionic Solids-I 41 mins
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11 Structure of Ionic Solids-II 45 mins
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12 Imperfection in Solids-I 43 mins
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13 Imperfection in Solids-II 43 mins
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14 JEE Main Pattern Questions Exercise (1) 49 mins
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01 Introduction to Solutions 41 mins
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02 Some Concentration Terms 43 mins
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03 More About Concentration Terms 41 mins
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04 Questions on Concentration Terms 43 mins
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05 Question Answer Series on Concentration Terms 41 mins
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06 Henry’s Law 40 mins
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07 Concept of Vapour Pressure 42 mins
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08 Types of Solutions 42 mins
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09 Raoults Law and Vapour Pressure 42 mins
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10 Deviations From Raoults Law 44 mins
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11 Colligative Properties 41 mins
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12 Relative Lowering of Vapour Pressure 43 mins
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13 Details About Relative Lowering of Vapour Pressure 41 mins
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14 Elevation in Boiling Point 41 mins
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15 Ebullioscopy 42 mins
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16 Cryoscopy 41 mins
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17 Osmotic Pressure-I 41 mins
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18 Osmotic Pressure-II 41 mins
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19 Osmotic Pressure and Reverse Osmosis 42 mins
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20 Abnormal Colligative Properties 42 mins
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21 Azeotropes 41 mins
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22 Theory From Questions 43 mins
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23 JEE Main Pattern Questions Exercise (1) 43 mins
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01 Introduction to Electrochemistry 41 mins
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02 Electrochemical Cell 41 mins
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03 Details About Electrochemical Cells 41 mins
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04 Representation of Cells 41 mins
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05 Examples of Cell Representation 42 mins
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06 EMF of the Cell 41 mins
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07 More About EMF of The Cell 42 mins
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08 Measurement of EMF of The Cell 41 mins
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09 Nernst Equation 43 mins
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10 Thermodynamic Treatment of Nernst Equation 40 mins
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11 Applications of Nernst Equation 42 mins
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12 Different types of Half cells-I 41 mins
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13 Different types of Half cells-II 42 mins
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14 Different types of Half cells-III 42 mins
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15 Different types of Half cells-IV 41 mins
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16 Concentration Cells-I 41 mins
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17 Concentration Cells-II 40 mins
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18 Applications of Electrochemistry 40 mins
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19 Commercial Voltaic Cells 40 mins
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20 Fuel Cells 41 mins
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21 Conductance 41 mins
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22 Molar and Equivalent Conductance 41 mins
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23 Details About Molar and Equivalent Conductance 42 mins
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24 Kohlraush Law 41 mins
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25 Electrolytic Cells-I 41 mins
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26 Electrolytic Cells-II 42 mins
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27 Electrolytic Cells Detailed Discussion 41 mins
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28 Applications of Discharge Energy Series 41 mins
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29 Faradays Law 40 mins
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30 Details of Faradays Laws 41 mins
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31 Conductometric Titrations-I 41 mins
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32 Conductometric Titrations-II 41 mins
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33 Conductometric Titrations-III 41 mins
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34 JEE Main Pattern Questions Exercise (1) 46 mins
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01 Introduction 40 mins
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02 More About Rate of Reaction 31 mins
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03 Law of Mass Action 42 mins
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04 Order of Reaction 41 mins
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05 Factors Affecting the Rate of Reaction 41 mins
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06 Zero Order Reaction 40 mins
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07 Zero Order Reaction Continued 40 mins
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08 First Order Reactions 41 mins
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09 Dealing with First Order Reactions 42 mins
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10 Second Order Kinetics 41 mins
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11 Methods of Determination of Order of Reaction 41 mins
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12 Calculation of Rate Constant of First Order Reactions 40 mins
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13 Calculation of Rate Constant for Decomposition of H2O2 41 mins
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14 Calculation of Rate Constant for Hydrolysis of Ester 41 mins
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15 Calculation of Rate Constant for Inversion of Cane Sugar 40 mins
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16 Rate Law and Mechanism 41 mins
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17 Details of Collision Theory-I 40 mins
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18 Details of Collision Theory-II 40 mins
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19 Details of Collision Theory-III 40 mins
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20 Arrhenius Equation 40 mins
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21 The Details About Catalyst 40 mins
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22 JEE Main Pattern Questions Exercise (1) 27 mins
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01 Adsorption 42 mins
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02 Adsorption Isotherms 38 mins
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03 Catalysts 41 mins
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04 Adsorption Mechanisms 42 mins
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05 Enzyme Catalysis 41 mins
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06 Colloids-Classification 42 mins
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07 Micelle Formation, Origin of Charge 39 mins
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08 Preparation of Colloidal Solutions 40 mins
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09 Purification of Colloidal Solutions 37 mins
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10 Tyndall Effect, Electrophoresis 27 mins
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11 Electro Osmosis, Coagulation 42 mins
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12 Hardy Schulz Rule 40 mins
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13 Protective Colloids 40 mins
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14 Emulsions 43 mins
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15 Gels 42 mins
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16 JEE Main Pattern Questions Exercise (1) 34 mins
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01 Introduction 34 mins
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02 Steps Involved in Metallurgy 38 mins
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03 Extraction of Ore 41 mins
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04 Roasting, Ellingham Diagram 42 mins
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05 Pyrometallurgy – Case of Iron 38 mins
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06 Extraction of Copper and Zinc, Electrometallurgy 39 mins
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07 Hydrometallurgy, Refining – I 40 mins
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08 Refining – II 43 mins
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09 Alloys 24 mins
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10 JEE Main Pattern Questions Exercise (1) 27 mins
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01 Group 15: Physical Properties 42 mins
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02 Group 15: Chemical Properties – I 40 mins
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03 Group 15 : Chemical Properties – II 37 mins
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04 Nitrogen 37 mins
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05 Oxides of Nitrogen 39 mins
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06 Nitric Acid 44 mins
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07 Ammonia 37 mins
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08 Phosphorous 42 mins
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09 Oxyacids of Phosphorous 38 mins
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10 Group 16: Physical Properties – I 41 mins
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11 Group 16 : Physical Properties – II 41 mins
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12 Oxides 41 mins
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13 Sulphur-I 37 mins
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14 Sulphur-II 41 mins
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15 Oxyacid of Sulfur 42 mins
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16 Halogen family : physical properties 40 mins
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17 Halogen family : chemical properties 36 mins
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18 Oxyacids of halogens 38 mins
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19 Preparation of halogens 38 mins
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20 Group 18 : noble gases 35 mins
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21 Hybridisation of shapes of xenon fluorides -I 40 mins
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22 Hybridisation of shapes of xenon fluorides -II 39 mins
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23 Xenon hallides 39 mins
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24 Xenon oxides , uses 25 mins
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25 JEE Main Pattern Questions Exercise (1) 27 mins
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01 Introduction 41 mins
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02 General Characteristics-I 38 mins
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03 General Characteristics-II 40 mins
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04 General Characteristics-III 40 mins
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05 Potassium Dichromate – I 39 mins
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06 Potassium Dichromate – II 39 mins
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07 Potassium Permanganate 36 mins
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08 Inner Transition Elements 41 mins
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09 General Characteristics-I 39 mins
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10 Actinides 40 mins
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11 Lanthanide Contraction 29 mins
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12 JEE Main Pattern Questions Exercise (1) 43 mins
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01 General information about Co-ordination compounds 42 mins
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02 Ligands-I 38 mins
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03 Ligands-II 43 mins
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04 IUPAC naming of Co-ordination compounds 42 mins
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05 Theories related to Co-ordination compounds-I 42 mins
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06 Theories related to Co-ordination compounds-II 41 mins
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07 Theories related to Co-ordination compounds-III 42 mins
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08 Isomerism in Co-ordination compounds-I 43 mins
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09 Isomerism in Co-ordination compounds-II 42 mins
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10 Isomerism in Co-ordination compounds-III 42 mins
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11 Isomerism in Co-ordination compounds-IV 43 mins
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12 Stabilitry of Co-ordination compounds 40 mins
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13 Crystal field theory-I 42 mins
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14 Crystal field theory-II 42 mins
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15 Crystal field theory-III 43 mins
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16 Organometallic compounds 35 mins
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17 JEE Main Pattern Questions Exercise (1) 41 mins
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01 Introduction and classification of Haloalkanes and Haloarenes 36 mins
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02 IUPAC Nomenclature – I 40 mins
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03 IUPAC Nomenclature – II 36 mins
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04 Nature of C-X Bond/ Stereoisomerism-Introduction 39 mins
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05 Strereoisomerism- Geometrical-I 39 mins
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06 Strereoisomerism- Geometrical-II 39 mins
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07 Strereoisomerism- Optical-I 39 mins
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08 Strereoisomerism- Optical-II 39 mins
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09 R-S Nomenclature 39 mins
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10 R-S Nomenclature- Examples 39 mins
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11 SN1 Mechanism 39 mins
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12 SN1 Mechanism – Examples 36 mins
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13 SN2 Mechanism 41 mins
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14 SN2 Mechanism and Examples 41 mins
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15 ArSN- Introduction 37 mins
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16 Benzyne Mechanism, Examples 40 mins
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17 Benzene Diazonium Chloride and Sni (Intro) 35 mins
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18 Elimination Reactions- I 36 mins
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19 Elimination Reactions- II 40 mins
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20 Elimination Reactions- III-E2 41 mins
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21 Elimination Reactions- IV-Saytzeff Elimination 41 mins
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22 Elimination Reactions- V-Hoffmann Elimination 40 mins
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23 Electrophilic Substitution – I 41 mins
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24 Electrophilic Substitution – II 42 mins
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25 Methods of Preparation of Haloalkanes – I – From Alcohols 41 mins
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26 Methods of Preparation of Haloalkanes – II- From Alcohols 45 mins
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27 Methods of Preparation of Haloalkanes – III- Free Radical Halogenation 43 mins
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28 Methods of Preparation of Haloalkanes – IV- Halogenation of Alkenes 43 mins
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29 Methods Preparation of Haloarenes – Halogenation 49 mins
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30 Methods Preparation of Haloarenes – Diazotization 52 mins
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31 Physical Properties of Haloalkanes and Haloarenes 43 mins
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32 Chemical Properties of Haloalkanes – I – Grignard Reagent 41 mins
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33 Chemical Properties of Haloalkanes – II – Grignard Reagent 43 mins
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34 Chemical Reactions of Haloalkanes – III – Nucleophilic Substitution 41 mins
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35 Chemical Reactions of Haloalkanes – IV 43 mins
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36 Chemical Reactions of Haloalkanes – V 41 mins
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37 Elimination vs Substitution 40 mins
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38 Preparation and Chemical Properties – Vicinal and Geminal Dihalides 42 mins
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39 Chemical Reactions of Haloarenes – I 42 mins
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40 Chemical Reactions of Haloarenes – II 42 mins
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41 Chemical Reactions of Haloarenes – III 44 mins
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42 Polyhalogen Compounds 41 mins
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43 JEE Main Pattern Questions Exercise (1) 40 mins
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01 General information 41 mins
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02 Preparation of alcohols-I 36 mins
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03 Preparation of alcohols-II 40 mins
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04 Preparation of alcohols-III 41 mins
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05 Preparation of alcohols-IV 41 mins
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06 Properties of alcohols-I 40 mins
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07 Properties of alcohols-II 40 mins
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08 Properties of alcohols-III 43 mins
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09 Distinction between primary, secondary and tertiary alcohols 41 mins
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10 Dihydric and Trihydric alcohols 42 mins
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11 Preparation of Phenol 41 mins
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12 Properties of Phenol – I 40 mins
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13 Properties of Phenol – II 42 mins
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14 Properties of Phenol – III 42 mins
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15 Preparation of Ethers-I 42 mins
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16 Preparation of Ethers-II 44 mins
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17 Properties of Ethers-I 41 mins
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18 Properties of Ethers-II 43 mins
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19 Electrophilic substitution reactions in alkyl phenyl ethers 41 mins
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20 JEE Main Pattern Questions Exercise (1) 27 mins
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01 General information about carbonyl compounds-I 41 mins
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02 General information about carbonyl compounds-II 41 mins
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03 General Methods of Preparation-I 41 mins
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04 General method of preparation-II 42 mins
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05 Special methods of preparation of aldehydes 42 mins
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06 Special method of preparation of ketones 40 mins
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07 Chemical properties of aldehydes & ketones-I 41 mins
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08 Chemical properties of aldehydes & ketones-II 39 mins
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09 Chemical properties of aldehydes and ketones-III 41 mins
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10 Chemical properties of aldehydes and ketones-IV 43 mins
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11 Chemical properties of aldehydes and ketones-V 43 mins
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12 Chemical properties of aldehyde and ketones-VI 34 mins
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13 Chemical properties of aldehyde and ketones-VII 36 mins
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14 Chemical properties of aldehyde and ketonesa-VIII 41 mins
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15 General information about carboxylic acid 41 mins
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16 Acidic nature of carboxylic acid-I 41 mins
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17 Acidic nature of carboxylic acid-II 42 mins
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18 Method of preparation of carboxylic acid-I 41 mins
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19 Method of preparation of carboxylic acid-II 43 mins
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20 Method of preparation of carboxylic acid-III 34 mins
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21 Chemical properties of Carboxylic acids-I 36 mins
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22 Chemical properties of Carboxylic acids-II 41 mins
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23 Chemical properties of Carboxylic acids-III 41 mins
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24 Acid derivatives-I 41 mins
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25 Acid derivatives-II 42 mins
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26 JEE Main Pattern Questions Exercise (1) 25 mins
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01 Classification of Amines 41 mins
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02 lupac naming & Isomerism in amines 42 mins
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03 Isomerism in amines & method of preparation-I 41 mins
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04 Methods of Preparation-II 41 mins
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05 Methods of Preparation-III 41 mins
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06 Methods of preparation-IV 42 mins
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07 Physical Properties of Amines 42 mins
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08 Basic natures of amines-I 40 mins
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09 Basic natures of amines-II 41 mins
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10 Distinction between primary, secondary and tertiary amines-I 39 mins
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11 Distinction between primary, secondary and tertiary amines-II 41 mins
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12 Reaction related to aromatic amines-I 43 mins
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13 Reaction related to aromatic amines-II 43 mins
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14 Reaction related to aliphatic amines-I 34 mins
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15 Information about Diazoniumsalts-I 36 mins
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16 Information about Diazoniumsalts-II 41 mins
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17 JEE Main Pattern Questions Exercise (1) 29 mins
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01 Carbohydrates: Introduction 41 mins
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02 Classification of Carbohydrates 41 mins
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03 Configuration of Biomolecules – D and L Forms 42 mins
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04 Cyclic Structures of Mono Saccharides – Glucose 41 mins
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05 Cyclic Structures of Mono Saccharides – Fructose – I 40 mins
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06 Cyclic Structures of Mono Saccharides – Fructose – II 41 mins
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07 Glycosidic Linkages – Sucrose 41 mins
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08 Glycosidic Linkages – Maltose, Lactose, Starch 42 mins
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09 Glycosidic Linkages – Cellulose, Preparation of Glucose 40 mins
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10 Reactions of Glucose 40 mins
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11 Reducing Sugars – Chemical Reactions 42 mins
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12 Amino Acids – Introduction and Classification 42 mins
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13 Amino Acids – Formation of Zwitter Ion 42 mins
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14 Preparation of Amino Acids 40 mins
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15 Chemical Reactions of Amino Acids 41 mins
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16 Peptide Linkages 40 mins
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17 Oligopeptides and Polypeptides 41 mins
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18 Proteins and their Classification – I 41 mins
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19 Proteins and their Classification – II 42 mins
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20 Denaturation of Proteins 42 mins
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21 Vitamins – Classification and Functions 42 mins
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22 Nucleic Acids – I 40 mins
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23 Nucleic Acids – II 41 mins
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24 Nucleic Acids – III 40 mins
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25 Nucleic Acids – IV 41 mins
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26 Nucleic Acids – V 41 mins
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27 JEE Main Pattern Questions Exercise (1) 29 mins
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01 Classification of Polymers-I 41 mins
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02 Classification of Polymers-II 39 mins
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03 Classification of Polymers-III 41 mins
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04 Classification of Polymers-IV 43 mins
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05 Rubber and its type and Biodegradable polymer 41 mins
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06 JEE Main Pattern Questions Exercise (1) 6 mins
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01 Drugs and Their Classification 40 mins
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02 Enzyme-Drug Interation 41 mins
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03 Receptor-Drug Interaction 41 mins
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04 Theraputic Action of Drugs – Antacids, Antihistamines 42 mins
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05 Theraputic Action of Drugs – Neurologically Active Drugs – I 42 mins
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06 Theraputic Action of Drugs – Neurologically Active Drugs – II 40 mins
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07 Theraputic Action of Drugs – Analgesics, Antimicrobials 41 mins
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08 Theraputic Action of Drugs – Antibiotics 40 mins
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09 Theraputic Action of Drugs – Antiseptics and Disinfectants 41 mins
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10 Antifertility Drugs 41 mins
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11 Chemicals in Food 42 mins
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12 Cleaning Agents – I 42 mins
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13 Cleaning Agents – II 40 mins
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14 JEE Main Pattern Questions Exercise (1) 25 mins
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01 General information-I 41 mins
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02 General information-II 42 mins
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03 General information-III 41 mins
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04 General information-IV 41 mins
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05 General information-V 41 mins
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06 General information-VI 42 mins
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07 General information-VII 42 mins
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08 Titration-I 40 mins
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09 Titration-II 41 mins
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10 Titration-III 39 mins
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11 Titration-IV 41 mins
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12 JEE Main Pattern Questions Exercise (1) 43 mins
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01 General information-I 34 mins
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02 General information-II 36 mins
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03 General information-III 36 mins
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04 General information-IV 41 mins
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05 General information-V 41 mins
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06 General information-VI 41 mins
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07 JEE Main Pattern Questions Exercise (1) 42 mins
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01 Methods of Purification of Organic Compounds – Sublimation 29 mins
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02 Methods of Purification of Organic Compounds – Crystallisation 31 mins
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03 Methods of Purification of Organic Compounds – Distillation – I 29 mins
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04 Methods of Purification of Organic Compounds – Distillation – II 27 mins
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05 Methods of Purification of Organic Compounds – Distillation – III 29 mins
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06 Methods of Purification of Organic Compounds – Chromatography – I 29 mins
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07 Methods of Purification of Organic Compounds – Chromatography – II 31 mins
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08 Qualitative Analysis of Organic Compounds – I 29 mins
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09 Qualitative Analysis of Organic Compounds – II 30 mins
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10 Qualitative Analysis of Organic Compounds – III 28 mins
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11 Qualitative Analysis of Organic Compounds – IV 28 mins
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12 Quanitative Analysis of Organic Compounds – I 29 mins
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13 Quanitative Analysis of Organic Compounds – II 28 mins
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14 Quanitative Analysis of Organic Compounds – III 26 mins
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15 Quanitative Analysis of Organic Compounds – IV 29 mins
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16 Quanitative Analysis of Organic Compounds – V 26 mins
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17 Quanitative Analysis of Organic Compounds – VI 26 mins
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18 Quanitative Analysis of Organic Compounds – VII 29 mins
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19 Quanitative Analysis of Organic Compounds – VIII 28 mins
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20 Quanitative Analysis of Organic Compounds – IX 26 mins
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21 Quanitative Analysis of Organic Compounds – X 27 mins
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22 Quanitative Analysis of Organic Compounds – XI 27 mins
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23 Quanitative Analysis of Organic Compounds – XII 27 mins
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24 Quanitative Analysis of Organic Compounds – XIII 29 mins
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25 Quanitative Analysis of Organic Compounds – XIV 18 mins
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26 JEE Main Pattern Questions Exercise (1) 31 mins
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Mathematics
01 Introduction on Sets 44 mins
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02 Visualising Sets 40 mins
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03 Types of Sets-I 42 mins
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04 Types of Sets-II 42 mins
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05 Types of Sets-III 42 mins
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06 Concept of Subsets-I 41 mins
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07 Concept of Subsets-II 42 mins
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08 Two Major Sets-I 42 mins
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09 Two Major Sets-II 47 mins
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10 Venn Diagrams-I 41 mins
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11 Venn Diagrams-II 44 mins
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12 Algebra Of Sets-I 44 mins
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13 Algebra Of Sets-II 50 mins
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14 Algebra Of Sets-III 43 mins
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15 Algebra of Sets-IV 40 mins
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16 Cardinality of a Set-I 48 mins
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17 Cardinality of a Set-II 46 mins
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18 JEE Main Pattern Questions Exercise (1) 65 mins
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01 Building Foundation-I 40 mins
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02 Building Foundation-II 39 mins
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03 Building Foundation-III 42 mins
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04 Number of Elements in Cartesian Product of Two Sets 42 mins
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05 Theorem of Number of Elements in Cartesian Product of Two Sets 43 mins
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06 Cartesian Product of Three Sets 44 mins
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07 Technique of Finding Cartesian Product of Three Sets 43 mins
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08 Another Technique to Find Cartesian Product of Three Sets 44 mins
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09 Graphical Representation of Cartesian Product of Two Sets 44 mins
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10 Diagrammatic Representation of Cartesian Product of Two Sets 42 mins
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11 Interaction Between Operations-I 43 mins
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12 Interaction Between Operations-II 44 mins
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13 Interaction Between Operations-III 44 mins
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14 Interaction Between Operations-IV 45 mins
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15 Interaction Between Operations-V 44 mins
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16 Interaction Between Operations-VI 44 mins
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17 Interaction Between Operations-VII 44 mins
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18 Interaction Between Operations-VIII 43 mins
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19 Some Useful Results-I 45 mins
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20 Some Useful Results-II 44 mins
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21 Some Useful Results-III 42 mins
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22 Concept of Relations-I 42 mins
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23 Concept of Subsets of A*B 42 mins
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24 Formal Discussion on Relations 43 mins
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25 Concept of Relations-II 42 mins
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26 Number of Relations from A to B 41 mins
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27 Representation of Relations-I 43 mins
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28 Representation of Relations-II 41 mins
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29 Concept of Relations-III 43 mins
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30 Relations on a Set 41 mins
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31 Introduction About Functions-I 44 mins
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32 Introduction About Functions-II 45 mins
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33 Introduction About Functions-III 41 mins
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34 Introduction About Functions-IV 43 mins
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35 Another Perspective to Functions 42 mins
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36 Domain, Range and Codomain of a Function-I 42 mins
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37 Representation of Functions 42 mins
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38 Concept of Image and Preimage-I 43 mins
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39 Concept of Image and Preimage-II 47 mins