Master Batches

Class 11th Physics Full Course By Arvind Sir

Physics Hinglish Total Chapters: 15

Arvind Sir

Class 11th Physics Complete Syllabus Batch 2020-2021 by Arvind Sir
Complete Physics focuses on concepts understanding.
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Chapter 1 | Physical World

1.1 Physics World - Understanding Physics
34 Minutes
1.2 Physical World - Types Of Forces
32 Minutes

Chapter 2 | Units And Measurements

2.1 Benefits Of Si System - Fundamental Quantities
36 Minutes

2.1 Benefits Of Si System - Fundamental Quantities
2.2 Fundamental & Derived Units And Definitions
40 Minutes
2.3 Practical Units
10 Minutes
2.4 Parallax Method - Measuring Large Distances
8 Minutes
2.5 Order Of Magnitude
11 Minutes
2.6 Accuracy And Precision
4 Minutes
2.7 Systematic Errors Random Errors Least Count Errors
8 Minutes
2.8 Absolute Errors Relative Errors Percentage Errors
27 Minutes
2.9 Combination Of Errors Propagation Of Errors
27 Minutes
2.10 Significant Figures
33 Minutes
2.11 Dimensional Analysis
29 Minutes

Chapter 3 | Motion In A Straight Line

3.1 Introduction , Understanding Reference Point
43 Minutes
3.2 Distance, Displacement, Velocity, Speed Etc.
38 Minutes

3.2 Distance, Displacement, Velocity, Speed Etc.
3.3 Understanding Acceleration And Uniform Acceleration
34 Minutes
3.4 Kinematics Equations Derivations
15 Minutes
3.5 Integration For Physics, Mathematical Tool
16 Minutes
3.6 Kinematics Equations Proof By Calculus Method
23 Minutes
3.7 Motion Under Gravity
38 Minutes
3.8 Kinematics Equations Proof By Graphical Method
24 Minutes
3.9 Kinematics, Understanding Graphs
34 Minutes
3.10 Numericals On Graph
20 Minutes
3.11 Relative Motion And Relative Velocity
52 Minutes

Chapter 4 | Motion In A Plane

4.1 Introduction Of Vectors, Why We Need It ?
22 Minutes
4.2 Types Of Vectors And Vector Addition
37 Minutes
4.3 Vector Addition Formula
33 Minutes
4.4 Resolution Of Vectors
32 Minutes
4.5 Scalar Dot Product Of Vectors
25 Minutes
4.6 Vector Cross Product Of Vectors
44 Minutes
4.7 Determinants Method Of Vector Cross Product
20 Minutes
4.8 Numericals
30 Minutes
4.9 Velocity & Acceleration In Form Of I,j,k
21 Minutes
4.10 Relative Motion In Two Dimensions
34 Minutes
4.11 Horizontal Projectile
32 Minutes
4.12 Angular Projectile
30 Minutes
4.13 Numericals On Projectile
22 Minutes
4.14 Angular Displacement And Velocity, V & W
27 Minutes
4.15 Relation Between V & W, Relation Between Linear Velocity & Angular Velocity
21 Minutes
4.16 Centripetal Acceleration
43 Minutes
4.17 Numericals
36 Minutes

Chapter 5 | Laws Of Motion

5.1 Introduction, Force, Momentum, System Of Particles
42 Minutes
5.2 Impulse, Mass, Weight
37 Minutes
5.3 Free Body Diagram, Rocket Law
46 Minutes
5.4 Equilibrium, Lami's Theorem
27 Minutes
5.5 Friction
47 Minutes
5.6 Centripetal Force & Friction Laws
38 Minutes
5.7 Turning On Circular Tracks, Banking Of Roads
40 Minutes
5.1 Law Of Motion, Introduction & Newton 1st Law Of Motion (new Updated Video)
47 Minutes
5.2 Newton 2nd Law Of Motion In Vector Component Form ( New Updated Video)
25 Minutes
5.3 Impulse (new Updated Video)
33 Minutes
5.4 Newton's 3rd Law ( New Updated Video)
23 Minutes
5.5 Horse And Cart Problems ( New Updated Video)
13 Minutes
5.6 Newton's 2nd Law Is The Main Law (new Updated Video)
5 Minutes
5.7 Main In Lift ( Lift Problems)
7 Minutes
5.8 Conservation Of Linear Momentum ( New Updated Video)
19 Minutes
5.9 Rocket Problems ( New Updated Video)
26 Minutes
5.10 Lamis Theorem ( New Updated Theorem)
21 Minutes
5.11 Connected Motion ( Ne Updated Video)
42 Minutes
5.12 Friction Part 1, Static And Limiting Friction ( New Updated Video)
28 Minutes
5.13 Friction Part 2 ( New Updated Video)
29 Minutes
5.14 Turning On Roads ( New Updated Video)
27 Minutes
5.15 Vertical Circular Motion ( New Updated Video)
24 Minutes
5.16 Pseudo Forces And Inertial & Non Inertial Frames ( New Updated Video)
18 Minutes

Chapter 6 | Work, Energy And Power

6.1 Work, Conservative Force
39 Minutes
6.2 Power, Energy And Spring Energy
46 Minutes
6.3 Conservation Of Energy
35 Minutes
6.4 Collision
52 Minutes
6.5 Numericals
25 Minutes
6.1 Work, Energy Power Intro. ( New Updated Video)
27 Minutes
6.2 Kinetic Energy ( New Updated Video)
9 Minutes
6.3 Work Energy Theorem ( New Updated Video)
11 Minutes
6.4 Potential Energy ( New Updated Video)
5 Minutes
6.5 Conservative Force ( New Updated Video)
26 Minutes
6.6 Potential Energy Of A Spring ( New Updated Video)
35 Minutes
6.7 Einstein Equation And Power ( New Updated Video)
8 Minutes
6.8 Collisions Part 1 ( New Updated Video)
33 Minutes
6.9 Collisions Part 2 ( New Updated Video)
22 Minutes
6.10 Collisions Part 3 ( New Updated Video)
24 Minutes

Chapter 7 | System Of Particles & Rotational Motion

7.1 System Of Particles, Axis Of Rotation
27 Minutes
7.2 Centre Of Mass
37 Minutes
7.3 Numericals
34 Minutes
7.4 Moment Of Inertia
42 Minutes
7.5 Parallel And Perpendicular Axis Theorem
31 Minutes
7.6 Torque, Couple Of Forces
53 Minutes
7.7 Angular Momentum
48 Minutes
7.8 Power, Energy & Rolling Motion
39 Minutes
7.9 Rolling Motion On Inclined Plane
22 Minutes
7.1 Rotation And Centre Of Mass (com) (new Updated Video)
24 Minutes
7.2 Derivation Of Com Of Two Particle System ( New Updated Video)
7 Minutes
7.3 Com Of N Particle System (new Updated Video)
9 Minutes
7.4 Momentum Conservation And Com (new Updated Video)
7 Minutes
7.5 Numerical On Com (new Updated Video)
4 Minutes
7.6 Rigid Body And Com Of Regular Bodies (new Updated Video)
11 Minutes
7.7 Rotational Motion Equations Of Rotation (new Updated Video)
22 Minutes
7.8 Torque Moment Of Force (new Updated Video)
18 Minutes
7.9 Rotational Equilibrium And Torque (new Updated Video)
18 Minutes
7.10 Angular Momentum (new Updated Video)
14 Minutes
7.11 Geometrical Meaning Of Angular Momentum (new Updated Video)
32 Minutes
7.12 Equilibrium Of Rigid Body (new Updated Video)
8 Minutes
7.13 Work Done In Combined Motion- Rotational And Translational (new Updated Video)
1 Minutes
7.14 Moment Of Inertia (new Updated Video)
9 Minutes
7.15 Radius Of Gyration (new Updated Video)
16 Minutes
7.16 Parallel And Perpendicular Axis Theorem (new Updated Video)
11 Minutes
7.17 Moment Of Inertia Of A Ring And Disc (new Updated Video)
16 Minutes
7.18 Mi Of Rod,cylinder And Sphere (new Updated Video)
29 Minutes
7.19 Numericals On Moment Of Inertia (new Updated Video)
30 Minutes
7.20 Relation Between Torque And Moment Of Inertia (mi) (new Updated Video)
4 Minutes
7.21 Relation Between Angular Momentum And Moment Of Inertia (mi) (new Updated Video)
3 Minutes
7.22 Conservation Of Angular Momentum (new Updated Video)
7 Minutes
7.23 Rolling Motion (new Updated Video)
31 Minutes
7.24 Numericals On Rotational Motion (new Updated Video)
22 Minutes

Chapter 8 | Gravitation

8.1 Kepler's Law & Proof
36 Minutes
8.2 Universal Gravitational Law Difference G & G
26 Minutes
8.3 Variation In G Below And Above The Surface Of Earth
38 Minutes
8.4 Gravitational Potential Energy, Escape Velocity
42 Minutes
8.5 Satellites Orbital Velocity
54 Minutes
8.6 Numericals
17 Minutes
8.1 Gravitation Introduction And Understanding ( New Updated Video)
45 Minutes
8.2 Variation In G (new Updated Video)
40 Minutes
8.3 Gravitational Potential Energy (new Updated Video)
22 Minutes
8.4 Gravitational Potential (new Updated Video)
7 Minutes
8.5 Numericals (new Updated Video)
16 Minutes
8.6 Escape Velocity (new Updated Video)
18 Minutes
8.7 Orbital Velocity (new Updated Video)
10 Minutes
8.8 Geostationary Satellite (new Updated Video)
5 Minutes
8.9 Polar Satellites And Total Energy Of A Satellite (new Updated Video)
7 Minutes
8.10 Keplers Law And Derivation (new Updated Video)
24 Minutes
8.11 Newton Idea From Kepler (new Updated Video)
12 Minutes
8.12 Numericals (new Updated Video)
24 Minutes

Chapter 9 | Mechanical Properties Of Solids

9.1 Stress & Strain
41 Minutes
9.2 Hook's Law & Young Modulus
42 Minutes
9.3 Stress Strain Graph- Curve
50 Minutes
9.4 Numericals
35 Minutes
9.1 Deforming Force, Elasticity, Plasticity (new Updated Video)
17 Minutes
9.2 Stress (new Updated Video)
6 Minutes
9.3 Strain And Young Modulus (new Updated Video)
10 Minutes
9.4 Stress Strain Curve (new Updated Video)
11 Minutes
9.5 Classification Of Materials On The Basis Of Stress Strain Curve (new Updated Video)
7 Minutes
9.6 Bulk Modulus And Shear Modulus (new Updated Video)
16 Minutes
9.7 Numericals (new Updated Video)
8 Minutes
9.8 Elastic Fatigue And Elastic Hysterisis (new Updated Video)
8 Minutes
9.9 Application Of Elasticity, I Beam Etc. (new Updated Video)
18 Minutes
9.10 Elastic Potential Energy Of A Stretched Wire (new Updated Video)
3 Minutes
9.11 Poisson's Ratio (new Updated Video)
5 Minutes
9.12 Numericals (new Updated Video)
17 Minutes

Chapter 10 | Mechanical Properties Of Fluids

10.1 Pascal Law
54 Minutes
10.2 Pascal Law Under Gravity, Atmospheric Pressure, Barometer, Gauge Pressure
47 Minutes
10.3 Stream Line Flow, Turbulent Flow, Archimedes Principle
56 Minutes
10.4 Bernoulli's Principle & Its Application
47 Minutes
10.5 Toricelli's Law & Venturimeter
40 Minutes
10.6 Viscosity
43 Minutes
10.7 Surface Tension, Surface Energy
35 Minutes
10.8 Excess Pressure In A Drop Or In Bubble
29 Minutes
10.9 Capillarity Ascent Formula
41 Minutes
10.10 Numericals Part-1
16 Minutes
10.11 Numericals Part-2
25 Minutes
10.1 Mechanical Properties Of Fluids Intro (new Updated Video)
22 Minutes
10.2 Specific Gravity Or Relative Density (new Updated Video)
8 Minutes
10.3 Pascal's Law And Its Proof (new Updated Video)
20 Minutes
10.4 Pressure Exerted By Liquid Column (new Updated Video)
2 Minutes
10.5 Effect Of Gravity On Fluid Pressure (new Updated Video)
9 Minutes
10.6 Atmospheric Pressure And Toricelli's Experiment (new Updated Video)
8 Minutes
10.7 Absolute And Gauge Pressure (new Updated Video)
4 Minutes
10.8 Archemedes Principle And Flotation (new Updated Video)
32 Minutes
10.9 Viscosity (new Updated Video)
9 Minutes
10.10 Coefficient Of Viscosity (new Updated Video)
6 Minutes
10.11 Difference Between Viscous Force And Friction Force (new Updated Video)
4 Minutes
10.12 Variation Of Viscosity With Temperature And Pressure (new Updated Video)
7 Minutes

Chapter 11 | Thermal Properties Of Matter

11.1 Absolute Zero, Temperature Scale
43 Minutes
11.2 Thermal Expansions
31 Minutes
11.3 Specific Heat Calorimetry
40 Minutes
11.4 State Transformation, Solid To Liquid
38 Minutes
11.5 Heat Transfer, Conduction
46 Minutes
11.6 Convection Radiation
51 Minutes
11.7 Kirchoff's Law, Stephen's Law, Newton Law Of Cooling
24 Minutes
11.8 Newton Law Of Cooling Wein's Law
35 Minutes

Chapter 12 | Thermodynamics

12.1 Zeroth Law Of Thermodynamics
28 Minutes
12.2 Isothermal Process And Adiabatic Process
47 Minutes
12.3 Work Done In Isothermal Process,
8 Minutes
12.4 Work Done In Adiabatic Process
8 Minutes
12.5 First Law Of Thermodynamics
36 Minutes
12.6 Mayor's Relation Cp-cv=r
6 Minutes
12.7 Heat Engine, Heat Engine In Thermodynamics
30 Minutes
12.8 Reverse Heat Engine In Thermodynamics
27 Minutes
12.9 Limitations Of First Law Of Thermodynamics
5 Minutes
12.10 Second Law Of Thermodynamics,
4 Minutes
12.11 Carnot's Cycle, Carnot's Theorem,
44 Minutes
12.12 Numericals
42 Minutes

Chapter 13 | Kinetic Theory

13.1 Postulates Of Kinetic Theory
34 Minutes
13.2 Relation Between Temperature & C Rms
14 Minutes
13.3 Degrees Of Freedom Law Of Equipartition Of Energy
33 Minutes
13.4 Molar Specific Heat Of Water Cp Cv
16 Minutes

Chapter 14 | Oscillations

14.1 Understanding Simple Harmonic Motion- Shm
23 Minutes
14.2 Displacement Equation Of Shm
12 Minutes
14.3 Phase Phase Difference Oscillations
13 Minutes
14.4 Velocity & Acceleration Equation Of Shm
21 Minutes
14.5 Graph Of Displacement, Velocity & Acceleration Of Shm
21 Minutes
14.6 Energy In Shm, Pendulum Under Shm, Spring Under Shm
47 Minutes
14.7 Damped Shm Damped Oscillations
25 Minutes
14.8 Forced Oscillations, Resonance
18 Minutes
14.9 Numericals
50 Minutes

Chapter 15 | Waves

15.1 What Are Waves - Introduction
42 Minutes
15.2 Speed Of A Wave Waves
33 Minutes
15.3 Factors Affecting Speed Of Waves
7 Minutes
15.4 Principle Of Superposition Superposition Waves
35 Minutes
15.5 Reflection Of Waves Wave Reflection Waves
19 Minutes
15.6 Stationary Waves, Production Of Stationary Waves
45 Minutes
15.7 Stationary Wave In A String, Standing Waves
24 Minutes
15.8 Stationary Waves In A Pipe
19 Minutes
15.9 What Are Beats
13 Minutes
15.10 Equation Of Beats, Analysis Of Beats
18 Minutes
15.11 Application Of Beats
24 Minutes
15.12 Doppler Effect, What Is Doppler Effect
12 Minutes
15.13 Doppler Effect Formula Derivation
21 Minutes
15.14 Doppler Asymmetric Nature Doppler Effect
8 Minutes
15.15 Applications Of Doppler Effect
7 Minutes
15.16 Numerical On Doppler Effect
11 Minutes
5.17 Numericals On Waves
30 Minutes

Saurav Kumar

2 years ago

good course this is really helpful

Priyanshu

1 year ago

i was very happy to learn from you. your teaching style is very nice and enjoyful and i am very happy so thankyou

Srikrishnan

1 year ago

Sir you use jokes in your sessions which is good

Vansh Arora

1 year ago

very nice cource and very helpful in my study

K Shreya

1 year ago

I like the way aravind sir includes the whole class and teaches in a zealous and jovial manner..... He is very passionate and I appreciate that and I am very grateful to him

Suraj Patel

1 year ago

thanks sir..... good course this is really helpful...

Pawan Yadav बहुत खूब रामकेवल जी

1 year ago

Thanks sir your all lecture I am like turn Mera Sabhi concept clear kar diya Sar aapka padhaane Ka Tarika Hai best hai very very thanks sir bahut hi kamal ka course hai

Ashfak Khan

10 months ago

I am a teacher and purchased this course for my niece. She has been promoted in class 12 this year. I want to renew the subscrition for one more year. Last year I paid 999 for this course. This year the price is too high. You should give discount to your already subscribed members. Plz consider this. Regards

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