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PHYSICS NEET PREPRATION BATCH 2027

PREPARATION WITH US

29Chapters
1Video lectures
1PDF notes
103Practice tests
01

Chapter 1: Physical World, Units and Measurement

0 0 3
▸ 3 practice tests
Topic 1 Units of Physical Quantities
6 Q · 18 min · 24 marks
Start
Topic 2: Dimension of Physical Quantities -Part 1
25 Q · 75 min · 100 marks
Start
Topic 2: Dimension of Physical Quantities -Part 2
25 Q · 75 min · 100 marks
Start
02

Chapter 2: Motion in a Straight Line

1 1 5
▸ 5 practice tests
Topic 1: Distance, Displacement & Uniform Motion
10 Q · 30 min · 40 marks
Start
Topic 2: Non - uniform motion
36 Q · 108 min · 144 marks
Start
Topic 3: Relative Velocity
5 Q · 15 min · 20 marks
Start
Topic 4: Motion Under Gravity
22 Q · 66 min · 88 marks
Start
Topic 5: Error in Measurements
26 Q · 78 min · 104 marks
Start
03

Chapter 3 Motion in a plane

0 0 4
▸ 4 practice tests
Topic 1: Vectors
25 Q · 75 min · 100 marks
Start
Topic 2 : Motion in a Plane with constant acceleration
20 Q · 60 min · 80 marks
Start
Topic 3: Projectile Motion
21 Q · 63 min · 84 marks
Start
Topic 4: Relative Velocity in Two dimensions & uniform circular motion
21 Q · 63 min · 84 marks
Start
04

Chapter 4: Laws of Motion

0 0 4
▸ 4 practice tests
Topic 1: Ist, IInd & IIIrd laws of motion
30 Q · 90 min · 120 marks
Start
Topic 2: Motion of Connected Bodies, Pulley & Equilibrium of Forces
32 Q · 96 min · 128 marks
Start
Topic 3: Friction
33 Q · 99 min · 132 marks
Start
Topic 4: Circular Motion, Banking of Road
19 Q · 57 min · 76 marks
Start
05

Chapter 5: Work, Power and Energy

0 0 4
▸ 4 practice tests
Topic 1: Work
19 Q · 57 min · 76 marks
Start
Topic 2: Energy
45 Q · 135 min · 180 marks
Start
Topic 3: Power
15 Q · 45 min · 60 marks
Start
Topic 4: Collisions
39 Q · 117 min · 156 marks
Start
06

Chapter 6: System of particles and rotational motion

0 0 5
▸ 5 practice tests
Topic 1: Centre of Mass, Centre of Gravity & Principle of Moments
0 Q · 60 min · 80 marks
Soon
Topic 2 Angular displacemtn, Velocity and Acceleration
11 Q · 33 min · 44 marks
Start
Topic 3: Torque, Couple and Angular Momentum (Part-1)
25 Q · 75 min · 100 marks
Start
Topic 4: Torque, Couple and Angular Momentum (Part-2)
25 Q · 75 min · 100 marks
Start
Topic 5: Moment of Inertia and Rotational K.E
43 Q · 129 min · 172 marks
Start
07

Chapter 7: Gravitation

0 0 5
▸ 5 practice tests
Topic 1 Kepler’s Law of Planetary Motion
10 Q · 30 min · 40 marks
Start
Topic 2: Newton's Universal Law of Gravitation
9 Q · 27 min · 36 marks
Start
Topic 3:Acceleration Due to Gravity
17 Q · 51 min · 68 marks
Start
Topic 5: Gravitation Field, Potential and Energy
23 Q · 69 min · 92 marks
Start
Topic 6: Motion of Satellites, Escape Speed and Orbital Velocity
37 Q · 111 min · 148 marks
Start
08

Chapter 8: Mechanical Properties of Solids

0 0 0
09

Chapter 9 :Mechanical Properties of Fluids

0 0 4
▸ 4 practice tests
Topic 1: Pressure, Density Pascal’s Law & Archimedes Principle
20 Q · 60 min · 80 marks
Start
Topic 2: Fluid Flow, Reynolds Number & Bernoulli’s Principle
16 Q · 48 min · 64 marks
Start
Topic 3: Fluid Flow, Reynolds Number & Bernoulli’s Principle
11 Q · 33 min · 44 marks
Start
Topic 4: Surface Tension, Surface Energy & Capillarity
19 Q · 57 min · 76 marks
Start
10

Chapter 10 : Thermal Properties of Matter

0 0 4
▸ 4 practice tests
Topic 1: Thermometer & Thermal Expansion
14 Q · 42 min · 56 marks
Start
Topic 2: Calorimetry & Heat Transfer (Part-1)
30 Q · 90 min · 120 marks
Start
Topic 3: Calorimetry & Heat Transfer (Part-2)
32 Q · 96 min · 128 marks
Start
Topic 4: Newton’s Law of Cooling
8 Q · 24 min · 32 marks
Start
11

Topic 1: Atomic Structure, Rutherford’s Nuclear Model of Atom

0 0 0
12

Chapter 11 :Thermodynamics

0 0 3
▸ 3 practice tests
Topic 1: First law of Thermodynamics
14 Q · 42 min · 56 marks
Start
Topic 2: Specific Heat Capacity & Thermodynamic Processes
62 Q · 186 min · 248 marks
Start
Topic 3: Carnot Engine, Refrigerator & Second Law of Thermodynamics
8 Q · 24 min · 32 marks
Start
13

Chapter 12: Kinetic theory

0 0 3
▸ 3 practice tests
Topic 1: Kinetic Theory of an Ideal Gas & Gas Laws
13 Q · 39 min · 52 marks
Start
Topic 2: Speeds of Gas, Pressure & Kinetic Energy
20 Q · 60 min · 80 marks
Start
Topic 3: Degree of Freedom, Specific Heat Capacity & Mean Free Path
27 Q · 81 min · 108 marks
Start
14

Chapter 13: Oscillations

0 0 5
▸ 5 practice tests
Topic 1: Displacement, Phase, Velocity & Acceleration of SHM
39 Q · 117 min · 156 marks
Start
Topic 2: Energy in Simple Harmonic Motion
20 Q · 60 min · 80 marks
Start
Topic 3: Time Period, Frequency, Simple Pendulum & Spring Pendulum (Part-1)
25 Q · 75 min · 100 marks
Start
Topic 4: Time Period, Frequency, Simple Pendulum & Spring Pendulum (Part-2)
27 Q · 81 min · 108 marks
Start
Topic 5: Time Period, Frequency, Simple Pendulum & Spring Pendulum
10 Q · 30 min · 40 marks
Start
15

Chapter 14: Waves

0 0 5
▸ 5 practice tests
Topic 1: Basic of Mechanical Waves, Progressive & Stationary Waves (Part-1)
25 Q · 75 min · 100 marks
Start
Topic 2: Basic of Mechanical Waves, Progressive & Stationary Waves (Part-2)
21 Q · 63 min · 84 marks
Start
Topic 3: Vibration of String & Organ Pipe
30 Q · 90 min · 120 marks
Start
Topic 4: Beats, Interference & Superposition of Waves
23 Q · 69 min · 92 marks
Start
Topic 5: Musical Sound & Doppler’s Effect
26 Q · 78 min · 104 marks
Start
16

Chapter 15: Electric Charges and Fields

0 0 3
▸ 3 practice tests
Topic 1: Charges & Coulomb’s Law
18 Q · 54 min · 72 marks
Start
Topic 2: Electric Field, Electric Field Lines & Dipole
36 Q · 108 min · 144 marks
Start
Topic 3: Electric Flux & Gauss’s Law
19 Q · 57 min · 76 marks
Start
17

Chapter 16: Electrostatic Potential and Capacitance

0 0 4
▸ 4 practice tests
Topic 1: Electrostatic, Potential & Equipotential Surfaces
29 Q · 87 min · 116 marks
Start
Topic 2: Electric Potential Energy & Work Done in Carrying a Charge
16 Q · 48 min · 64 marks
Start
Topic 3: Capacitors, Capacitance, Grouping of Capacitors & Energy Stored in a Capacitor (Part-1)
25 Q · 75 min · 100 marks
Start
Topic 4: Capacitors, Capacitance, Grouping of Capacitors & Energy Stored in a Capacitor (Part-2)
28 Q · 84 min · 112 marks
Start
18

Chapter 17 Current ELectricity

0 0 5
▸ 5 practice tests
Topic 1: Electric Current, Drift of Electrons, Ohm’s Law, Resistance & Resistivity
29 Q · 87 min · 116 marks
Start
Topic 2: Combination of Resistances
28 Q · 84 min · 112 marks
Start
Topic 3: Kirchhoff’s Laws, Cells, Thermo emf & Electrolysis
43 Q · 129 min · 172 marks
Start
Topic 4: Heating Effects of Current
46 Q · 138 min · 184 marks
Start
Topic 5: Wheatstone bridge & Different Measuring Instruments
34 Q · 102 min · 136 marks
Start
19

Chapter 18: Moving Charges and Magnetism

0 0 4
▸ 4 practice tests
Topic 1: Motion of Charged Particle in Magnetic Field & Moment
47 Q · 141 min · 188 marks
Start
Topic 2: Magnetic Field, Biot – Savart’s Law & Ampere’s Circuital Law
44 Q · 132 min · 176 marks
Start
Topic 3: Force & Torque on a Current Carrying Conductor
32 Q · 96 min · 128 marks
Start
Topic 4: Galvanometer and Its Conversion into Ammeter & Voltmeter
25 Q · 75 min · 100 marks
Start
20

Chapter 19: Magnetism and Matter

0 0 3
▸ 3 practice tests
Topic 1: Magnetism, Gauss’s Law, Magnetic Moment & Properties of Magnet
19 Q · 57 min · 76 marks
Start
Topic 2: The Earth’s Magnetism, Magnetic Materials and their Properties
26 Q · 78 min · 104 marks
Start
Topic 3: Magnetic Equipments
6 Q · 18 min · 24 marks
Start
21

Chapter 20 : Electromagnetic Induction

0 0 2
▸ 2 practice tests
Topic 1: Magnetic Flux, Faraday’s & Lenz’s Law
45 Q · 135 min · 180 marks
Start
Topic 2: Motional and Static EMI & Applications of EMI
31 Q · 93 min · 124 marks
Start
22

Chapter 21 :Alternating current

0 0 3
▸ 3 practice tests
Topic4: Transformers & LC Oscillations
13 Q · 39 min · 52 marks
Start
Topic 1: Alternating Current, Voltage & Power
14 Q · 42 min · 56 marks
Start
Topic 2: A.C. Circuit, LCR Circuit, Quality & Power Factor (Part-1)
25 Q · 75 min · 100 marks
Start
23

Chapter 22: Electromagnetic Waves

0 0 2
▸ 2 practice tests
Topic 1: Electromagnetic Waves, Conduction & Displacement Current
32 Q · 96 min · 128 marks
Start
Topic 2: Electromagnetic Spectrum
22 Q · 66 min · 88 marks
Start
24

Chapter 23: Ray Optics and Optical Instruments

0 0 5
▸ 5 practice tests
Topic 1: Plane Mirror, Spherical Mirror & Reflection of Light
11 Q · 33 min · 44 marks
Start
Topic 2: Refraction of Light at Plane Surface & Total Internal Reflection
28 Q · 84 min · 112 marks
Start
Topic 3: Refraction at Curved Surface, Lenses & Power of Lens
40 Q · 120 min · 160 marks
Start
Topic 4: Prism & Dispersion of Light
20 Q · 60 min · 80 marks
Start
Topic 5: Optical Instruments
21 Q · 63 min · 84 marks
Start
25

Chapter :24 Wave optics

0 0 3
▸ 3 practice tests
Topic 1: Wavefront, Interference of Light, Coherent & Incoherent Sources
17 Q · 51 min · 68 marks
Start
Topic 2: Young’s Double Slit Experiment
31 Q · 93 min · 124 marks
Start
Topic 3: Diffraction, Polarization of Light & Resolving Power
36 Q · 108 min · 144 marks
Start
26

Chapter 25 : Dual Nature of Radiation and Matter

0 0 3
▸ 3 practice tests
Topic 1: Matter Waves, Cathode & Positive Rays
24 Q · 72 min · 96 marks
Start
Topic 2: Electron Emission, Photon Photoelectric Effect & X – ray (Part-1)
88 Q · 264 min · 352 marks
Start
Topic 3: Electron Emission, Photon Photoelectric Effect & X – ray (Part-2))
48 Q · 144 min · 192 marks
Start
27

Chapter 26: Atoms

0 0 3
▸ 3 practice tests
Topic 1: Atomic Structure, Rutherford’s Nuclear Model of Atom
10 Q · 30 min · 40 marks
Start
Topic 2: Bohr Model &the Spectra of the Hydrogen Atom (Part-1)
30 Q · 90 min · 120 marks
Start
Topic 3: Bohr Model &the Spectra of the Hydrogen Atom (Part-2))
36 Q · 108 min · 144 marks
Start
28

Chaptter 27 :Nuclei

0 0 5
▸ 5 practice tests
Topic 1: Composition and Size of the Nucleus
23 Q · 69 min · 92 marks
Start
Topic 2: Mass – Energy & Nuclear Reactions (Part-1)
25 Q · 75 min · 100 marks
Start
Topic 3: Mass – Energy & Nuclear Reactions (Part-2)
27 Q · 81 min · 108 marks
Start
Topic 4: Radioactivity (Part-1)
30 Q · 90 min · 120 marks
Start
Topic 5: Radioactivity (Part-2)
34 Q · 102 min · 136 marks
Start
29

Chapter 28: Semiconductor Electronics Materials, Devices and Simple Circuits

0 0 4
▸ 4 practice tests
Topic 1: Solids, Semiconductors and P – N Junction Diode (Part-1)
40 Q · 120 min · 160 marks
Start
Topic 2: Solids, Semiconductors and P – N Junction Diode (Part-2)
45 Q · 135 min · 180 marks
Start
Topic 3: Junction Transistor
40 Q · 120 min · 160 marks
Start
Topic 4: Digital Electronics and Logic Gates
36 Q · 108 min · 144 marks
Start

No chapters match your search.

TestQuestionsTimeBest
○
Topic 1 Units of Physical Quantities
Chapter 1: Physical World, Units and Measurement · 6 Q · 18 min
 6 18m — Start
○
Topic 2: Dimension of Physical Quantities -Part 1
Chapter 1: Physical World, Units and Measurement · 25 Q · 75 min
 25 75m — Start
○
Topic 2: Dimension of Physical Quantities -Part 2
Chapter 1: Physical World, Units and Measurement · 25 Q · 75 min
 25 75m — Start
○
Topic 1: Distance, Displacement & Uniform Motion
Chapter 2: Motion in a Straight Line · 10 Q · 30 min
 10 30m — Start
○
Topic 2: Non - uniform motion
Chapter 2: Motion in a Straight Line · 36 Q · 108 min
 36 108m — Start
○
Topic 3: Relative Velocity
Chapter 2: Motion in a Straight Line · 5 Q · 15 min
 5 15m — Start
○
Topic 4: Motion Under Gravity
Chapter 2: Motion in a Straight Line · 22 Q · 66 min
 22 66m — Start
○
Topic 5: Error in Measurements
Chapter 2: Motion in a Straight Line · 26 Q · 78 min
 26 78m — Start
○
Topic 1: Vectors
Chapter 3 Motion in a plane · 25 Q · 75 min
 25 75m — Start
○
Topic 2 : Motion in a Plane with constant acceleration
Chapter 3 Motion in a plane · 20 Q · 60 min
 20 60m — Start
○
Topic 3: Projectile Motion
Chapter 3 Motion in a plane · 21 Q · 63 min
 21 63m — Start
○
Topic 4: Relative Velocity in Two dimensions & uniform circular motion
Chapter 3 Motion in a plane · 21 Q · 63 min
 21 63m — Start
○
Topic 1: Ist, IInd & IIIrd laws of motion
Chapter 4: Laws of Motion · 30 Q · 90 min
 30 90m — Start
○
Topic 2: Motion of Connected Bodies, Pulley & Equilibrium of Forces
Chapter 4: Laws of Motion · 32 Q · 96 min
 32 96m — Start
○
Topic 3: Friction
Chapter 4: Laws of Motion · 33 Q · 99 min
 33 99m — Start
○
Topic 4: Circular Motion, Banking of Road
Chapter 4: Laws of Motion · 19 Q · 57 min
 19 57m — Start
○
Topic 1: Work
Chapter 5: Work, Power and Energy · 19 Q · 57 min
 19 57m — Start
○
Topic 2: Energy
Chapter 5: Work, Power and Energy · 45 Q · 135 min
 45 135m — Start
○
Topic 3: Power
Chapter 5: Work, Power and Energy · 15 Q · 45 min
 15 45m — Start
○
Topic 4: Collisions
Chapter 5: Work, Power and Energy · 39 Q · 117 min
 39 117m — Start
○
Topic 1: Centre of Mass, Centre of Gravity & Principle of Moments
Chapter 6: System of particles and rotational motion · 0 Q · 60 min
 0 60m — Soon
○
Topic 2 Angular displacemtn, Velocity and Acceleration
Chapter 6: System of particles and rotational motion · 11 Q · 33 min
 11 33m — Start
○
Topic 3: Torque, Couple and Angular Momentum (Part-1)
Chapter 6: System of particles and rotational motion · 25 Q · 75 min
 25 75m — Start
○
Topic 4: Torque, Couple and Angular Momentum (Part-2)
Chapter 6: System of particles and rotational motion · 25 Q · 75 min
 25 75m — Start
○
Topic 5: Moment of Inertia and Rotational K.E
Chapter 6: System of particles and rotational motion · 43 Q · 129 min
 43 129m — Start
○
Topic 1 Kepler’s Law of Planetary Motion
Chapter 7: Gravitation · 10 Q · 30 min
 10 30m — Start
○
Topic 2: Newton's Universal Law of Gravitation
Chapter 7: Gravitation · 9 Q · 27 min
 9 27m — Start
○
Topic 3:Acceleration Due to Gravity
Chapter 7: Gravitation · 17 Q · 51 min
 17 51m — Start
○
Topic 5: Gravitation Field, Potential and Energy
Chapter 7: Gravitation · 23 Q · 69 min
 23 69m — Start
○
Topic 6: Motion of Satellites, Escape Speed and Orbital Velocity
Chapter 7: Gravitation · 37 Q · 111 min
 37 111m — Start
○
Topic 1: Pressure, Density Pascal’s Law & Archimedes Principle
Chapter 9 :Mechanical Properties of Fluids · 20 Q · 60 min
 20 60m — Start
○
Topic 2: Fluid Flow, Reynolds Number & Bernoulli’s Principle
Chapter 9 :Mechanical Properties of Fluids · 16 Q · 48 min
 16 48m — Start
○
Topic 3: Fluid Flow, Reynolds Number & Bernoulli’s Principle
Chapter 9 :Mechanical Properties of Fluids · 11 Q · 33 min
 11 33m — Start
○
Topic 4: Surface Tension, Surface Energy & Capillarity
Chapter 9 :Mechanical Properties of Fluids · 19 Q · 57 min
 19 57m — Start
○
Topic 1: Thermometer & Thermal Expansion
Chapter 10 : Thermal Properties of Matter · 14 Q · 42 min
 14 42m — Start
○
Topic 2: Calorimetry & Heat Transfer (Part-1)
Chapter 10 : Thermal Properties of Matter · 30 Q · 90 min
 30 90m — Start
○
Topic 3: Calorimetry & Heat Transfer (Part-2)
Chapter 10 : Thermal Properties of Matter · 32 Q · 96 min
 32 96m — Start
○
Topic 4: Newton’s Law of Cooling
Chapter 10 : Thermal Properties of Matter · 8 Q · 24 min
 8 24m — Start
○
Topic 1: First law of Thermodynamics
Chapter 11 :Thermodynamics · 14 Q · 42 min
 14 42m — Start
○
Topic 2: Specific Heat Capacity & Thermodynamic Processes
Chapter 11 :Thermodynamics · 62 Q · 186 min
 62 186m — Start
○
Topic 3: Carnot Engine, Refrigerator & Second Law of Thermodynamics
Chapter 11 :Thermodynamics · 8 Q · 24 min
 8 24m — Start
○
Topic 1: Kinetic Theory of an Ideal Gas & Gas Laws
Chapter 12: Kinetic theory · 13 Q · 39 min
 13 39m — Start
○
Topic 2: Speeds of Gas, Pressure & Kinetic Energy
Chapter 12: Kinetic theory · 20 Q · 60 min
 20 60m — Start
○
Topic 3: Degree of Freedom, Specific Heat Capacity & Mean Free Path
Chapter 12: Kinetic theory · 27 Q · 81 min
 27 81m — Start
○
Topic 1: Displacement, Phase, Velocity & Acceleration of SHM
Chapter 13: Oscillations · 39 Q · 117 min
 39 117m — Start
○
Topic 2: Energy in Simple Harmonic Motion
Chapter 13: Oscillations · 20 Q · 60 min
 20 60m — Start
○
Topic 3: Time Period, Frequency, Simple Pendulum & Spring Pendulum (Part-1)
Chapter 13: Oscillations · 25 Q · 75 min
 25 75m — Start
○
Topic 4: Time Period, Frequency, Simple Pendulum & Spring Pendulum (Part-2)
Chapter 13: Oscillations · 27 Q · 81 min
 27 81m — Start
○
Topic 5: Time Period, Frequency, Simple Pendulum & Spring Pendulum
Chapter 13: Oscillations · 10 Q · 30 min
 10 30m — Start
○
Topic 1: Basic of Mechanical Waves, Progressive & Stationary Waves (Part-1)
Chapter 14: Waves · 25 Q · 75 min
 25 75m — Start
○
Topic 2: Basic of Mechanical Waves, Progressive & Stationary Waves (Part-2)
Chapter 14: Waves · 21 Q · 63 min
 21 63m — Start
○
Topic 3: Vibration of String & Organ Pipe
Chapter 14: Waves · 30 Q · 90 min
 30 90m — Start
○
Topic 4: Beats, Interference & Superposition of Waves
Chapter 14: Waves · 23 Q · 69 min
 23 69m — Start
○
Topic 5: Musical Sound & Doppler’s Effect
Chapter 14: Waves · 26 Q · 78 min
 26 78m — Start
○
Topic 1: Charges & Coulomb’s Law
Chapter 15: Electric Charges and Fields · 18 Q · 54 min
 18 54m — Start
○
Topic 2: Electric Field, Electric Field Lines & Dipole
Chapter 15: Electric Charges and Fields · 36 Q · 108 min
 36 108m — Start
○
Topic 3: Electric Flux & Gauss’s Law
Chapter 15: Electric Charges and Fields · 19 Q · 57 min
 19 57m — Start
○
Topic 1: Electrostatic, Potential & Equipotential Surfaces
Chapter 16: Electrostatic Potential and Capacitance · 29 Q · 87 min
 29 87m — Start
○
Topic 2: Electric Potential Energy & Work Done in Carrying a Charge
Chapter 16: Electrostatic Potential and Capacitance · 16 Q · 48 min
 16 48m — Start
○
Topic 3: Capacitors, Capacitance, Grouping of Capacitors & Energy Stored in a Capacitor (Part-1)
Chapter 16: Electrostatic Potential and Capacitance · 25 Q · 75 min
 25 75m — Start
○
Topic 4: Capacitors, Capacitance, Grouping of Capacitors & Energy Stored in a Capacitor (Part-2)
Chapter 16: Electrostatic Potential and Capacitance · 28 Q · 84 min
 28 84m — Start
○
Topic 1: Electric Current, Drift of Electrons, Ohm’s Law, Resistance & Resistivity
Chapter 17 Current ELectricity · 29 Q · 87 min
 29 87m — Start
○
Topic 2: Combination of Resistances
Chapter 17 Current ELectricity · 28 Q · 84 min
 28 84m — Start
○
Topic 3: Kirchhoff’s Laws, Cells, Thermo emf & Electrolysis
Chapter 17 Current ELectricity · 43 Q · 129 min
 43 129m — Start
○
Topic 4: Heating Effects of Current
Chapter 17 Current ELectricity · 46 Q · 138 min
 46 138m — Start
○
Topic 5: Wheatstone bridge & Different Measuring Instruments
Chapter 17 Current ELectricity · 34 Q · 102 min
 34 102m — Start
○
Topic 1: Motion of Charged Particle in Magnetic Field & Moment
Chapter 18: Moving Charges and Magnetism · 47 Q · 141 min
 47 141m — Start
○
Topic 2: Magnetic Field, Biot – Savart’s Law & Ampere’s Circuital Law
Chapter 18: Moving Charges and Magnetism · 44 Q · 132 min
 44 132m — Start
○
Topic 3: Force & Torque on a Current Carrying Conductor
Chapter 18: Moving Charges and Magnetism · 32 Q · 96 min
 32 96m — Start
○
Topic 4: Galvanometer and Its Conversion into Ammeter & Voltmeter
Chapter 18: Moving Charges and Magnetism · 25 Q · 75 min
 25 75m — Start
○
Topic 1: Magnetism, Gauss’s Law, Magnetic Moment & Properties of Magnet
Chapter 19: Magnetism and Matter · 19 Q · 57 min
 19 57m — Start
○
Topic 2: The Earth’s Magnetism, Magnetic Materials and their Properties
Chapter 19: Magnetism and Matter · 26 Q · 78 min
 26 78m — Start
○
Topic 3: Magnetic Equipments
Chapter 19: Magnetism and Matter · 6 Q · 18 min
 6 18m — Start
○
Topic 1: Magnetic Flux, Faraday’s & Lenz’s Law
Chapter 20 : Electromagnetic Induction · 45 Q · 135 min
 45 135m — Start
○
Topic 2: Motional and Static EMI & Applications of EMI
Chapter 20 : Electromagnetic Induction · 31 Q · 93 min
 31 93m — Start
○
Topic4: Transformers & LC Oscillations
Chapter 21 :Alternating current · 13 Q · 39 min
 13 39m — Start
○
Topic 1: Alternating Current, Voltage & Power
Chapter 21 :Alternating current · 14 Q · 42 min
 14 42m — Start
○
Topic 2: A.C. Circuit, LCR Circuit, Quality & Power Factor (Part-1)
Chapter 21 :Alternating current · 25 Q · 75 min
 25 75m — Start
○
Topic 1: Electromagnetic Waves, Conduction & Displacement Current
Chapter 22: Electromagnetic Waves · 32 Q · 96 min
 32 96m — Start
○
Topic 2: Electromagnetic Spectrum
Chapter 22: Electromagnetic Waves · 22 Q · 66 min
 22 66m — Start
○
Topic 1: Plane Mirror, Spherical Mirror & Reflection of Light
Chapter 23: Ray Optics and Optical Instruments · 11 Q · 33 min
 11 33m — Start
○
Topic 2: Refraction of Light at Plane Surface & Total Internal Reflection
Chapter 23: Ray Optics and Optical Instruments · 28 Q · 84 min
 28 84m — Start
○
Topic 3: Refraction at Curved Surface, Lenses & Power of Lens
Chapter 23: Ray Optics and Optical Instruments · 40 Q · 120 min
 40 120m — Start
○
Topic 4: Prism & Dispersion of Light
Chapter 23: Ray Optics and Optical Instruments · 20 Q · 60 min
 20 60m — Start
○
Topic 5: Optical Instruments
Chapter 23: Ray Optics and Optical Instruments · 21 Q · 63 min
 21 63m — Start
○
Topic 1: Wavefront, Interference of Light, Coherent & Incoherent Sources
Chapter :24 Wave optics · 17 Q · 51 min
 17 51m — Start
○
Topic 2: Young’s Double Slit Experiment
Chapter :24 Wave optics · 31 Q · 93 min
 31 93m — Start
○
Topic 3: Diffraction, Polarization of Light & Resolving Power
Chapter :24 Wave optics · 36 Q · 108 min
 36 108m — Start
○
Topic 1: Matter Waves, Cathode & Positive Rays
Chapter 25 : Dual Nature of Radiation and Matter · 24 Q · 72 min
 24 72m — Start
○
Topic 2: Electron Emission, Photon Photoelectric Effect & X – ray (Part-1)
Chapter 25 : Dual Nature of Radiation and Matter · 88 Q · 264 min
 88 264m — Start
○
Topic 3: Electron Emission, Photon Photoelectric Effect & X – ray (Part-2))
Chapter 25 : Dual Nature of Radiation and Matter · 48 Q · 144 min
 48 144m — Start
○
Topic 1: Atomic Structure, Rutherford’s Nuclear Model of Atom
Chapter 26: Atoms · 10 Q · 30 min
 10 30m — Start
○
Topic 2: Bohr Model &the Spectra of the Hydrogen Atom (Part-1)
Chapter 26: Atoms · 30 Q · 90 min
 30 90m — Start
○
Topic 3: Bohr Model &the Spectra of the Hydrogen Atom (Part-2))
Chapter 26: Atoms · 36 Q · 108 min
 36 108m — Start
○
Topic 1: Composition and Size of the Nucleus
Chaptter 27 :Nuclei · 23 Q · 69 min
 23 69m — Start
○
Topic 2: Mass – Energy & Nuclear Reactions (Part-1)
Chaptter 27 :Nuclei · 25 Q · 75 min
 25 75m — Start
○
Topic 3: Mass – Energy & Nuclear Reactions (Part-2)
Chaptter 27 :Nuclei · 27 Q · 81 min
 27 81m — Start
○
Topic 4: Radioactivity (Part-1)
Chaptter 27 :Nuclei · 30 Q · 90 min
 30 90m — Start
○
Topic 5: Radioactivity (Part-2)
Chaptter 27 :Nuclei · 34 Q · 102 min
 34 102m — Start
○
Topic 1: Solids, Semiconductors and P – N Junction Diode (Part-1)
Chapter 28: Semiconductor Electronics Materials, Devices and Simple Circuits · 40 Q · 120 min
 40 120m — Start
○
Topic 2: Solids, Semiconductors and P – N Junction Diode (Part-2)
Chapter 28: Semiconductor Electronics Materials, Devices and Simple Circuits · 45 Q · 135 min
 45 135m — Start
○
Topic 3: Junction Transistor
Chapter 28: Semiconductor Electronics Materials, Devices and Simple Circuits · 40 Q · 120 min
 40 120m — Start
○
Topic 4: Digital Electronics and Logic Gates
Chapter 28: Semiconductor Electronics Materials, Devices and Simple Circuits · 36 Q · 108 min
 36 108m — Start

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