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# Class 11th Physics - Video Tutorials in Hindi

#### Class 11th Physics - Video Tutorials in Hindi

### Product Description

**Class
11th Physics - Video Tutorials In Hindi **

We warmly and wholeheartedly welcome you to
our online class courses. I am here to help you and guide you to learn
everything about the subject of physics. We all know how tough and complicated
this subject is and how much focus it requires to do the experiments and the
sums.

I will make sure that you learn all the
experiments and the sums in an easy way so that you can score great marks in
your examinations.

**The
course includes **

In this course, you will be receiving

- Ebooks in
PDF format
- Important
questions along with answers
- Solved
question papers
- Online
course study materials
- Videos that
will be available 24 x 7 and will be available in Hindi too
- Mock tests
at regular intervals
- Live
classroom training and doubt-clearing sessions.
- Individual
question-answer sessions.

**What
will you learn?**

In this course, you will be learning about

- Units and
measurements
- The
dimension of physical quantities
- Dimensional
analysis and important questions about it
- Problems
based on checking the correctness of the formulae from part 1 to part 3
- Problems
based on the derivation of formulae
- Conversion
of one system of units into another numerical
- Errors in
measurement
- Absolute
error
- Error in a
difference
- Error in a
product
- Error in a
quotient
- Problems on
an error from part 1 to part 5
- Accuracy and
precision
- Motion
- Speed
- Velocity
- Acceleration
- Force
- Linear
momentum
- Impulse
- Friction
- Energy and
many more chapters will be taught.

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## Chapter 1 - Units and Measurement

## 1.1 Unit and Measurement - Introduction

## 1.2 Measurement of Length

## 1.3 Dimensions of Physical Quantities (Part 1)

## 1.4 Dimensions of Physical Quantities (Part 2)

## 1.5 Dimensions of Physical Quantities (Part 3)

## 1.6 Dimensional Analysis and its Applications (Part 1)

## 1.7 Dimensional Analysis and its Applications (Part 2)

## 1.8 Dimensional Analysis and its Applications (Part 3)

## 1.9 Four Types of Physical Quantities

## 1.10 Limitations of Dimensional Analysis

## 1.11 Sample Questions on Dimensional Analysis (Part 1)

## 1.12 Sample Questions on Dimensional Analysis (Part 2)

## 1.13 Problems Based on Checking the Correctness of Formulae (Part 1)

## 1.14 Problems Based on Checking the Correctness of Formulae (Part 2)

## 1.15 Problems Based on Checking the Correctness of Formulae (Part 3)

## 1.16 Problems Based on Derivation of Formulae (Part 1)

## 1.17 Problems Based on Derivation of Formulae (Part 2)

## 1.18 Problems Based on Quantities having Different Dimensions (Part 1)

## 1.19 Problems Based on Quantities having Different Dimensions (Part 2)

## 1.20 Problems Based on Quantities having Different Dimensions (Part 3)

## 1.21 Problems Based on Quantities having Different Dimensions (Part 4)

## 1.22 Problems Based on Quantities having Different Dimensions (Part 5)

## 1.23 Problems Based on Derivation of Formulae (Part 3)

## 1.24 Problems Based on Derivation of Formulae (Part 4)

## 1.25 Problems Based on Derivation of Formulae (Part 5)

## 1.26 Conversion of One System of Units into Another - Numerical (Part 1)

## 1.27 Conversion of One System of Units into Another - Numerical (Part 2)

## 1.28 Conversion of One System of Units into Another - Numerical (Part 3)

## 1.29 Conversion of One System of Units into Another - Numerical (Part 4)

## 1.30 Very Short Answer Type Questions on Dimensional Analysis (Part 1)

## 1.31 Very Short Answer Type Questions on Dimensional Analysis (Part 2)

## 1.32 Very Short Answer Type Questions on Dimensional Analysis (Part 3)

## 1.33 Short Answer Type Questions on Dimensional Analysis

## 1.34 Errors in Measurement

## 1.35 Absolute Error

## 1.36 Relative Error or Fractional Error

## 1.37 Error in a Sum

## 1.38 Error in a Difference

## 1.39 Error in a Product

## 1.40 Error in a Quotient

## 1.41 Error in a Case of a Measured Quantity Raised to Power

## 1.42 Problems on Errors (Part 1)

## 1.43 Problems on Errors (Part 2)

## 1.44 Problems on Errors (Part 3)

## 1.45 Problems on Errors (Part 4)

## 1.46 Problems on Errors (Part 5)

## 1.47 Problems on Errors in Sum and Difference (Part 1)

## 1.48 Problems on Errors in Sum and Difference (Part 2)

## 1.49 Problems on Errors in Sum and Difference (Part 3)

## 1.50 Problems Based on Errors in Multiplication (Part 1)

## 1.51 Problems Based on Errors in Multiplication (Part 2)

## 1.52 Problems Based on Errors in Multiplication (Part 3)

## 1.53 Problems Based on Errors in Multiplication (Part 4)

## 1.54 Problems Based on Errors in Multiplication (Part 5)

## 1.55 Problems Based on Errors in Multiplication (Part 6)

## 1.56 Very Short Answer Type Questions

## 1.57 Accuracy and Precision

## 1.58 Significant Figures

## 1.59 Rule for Counting Significant Figures

## 1.60 Sample Problems on Round Off

## 1.61 Permissible Error in a Result

## 1.62 Significant Figures and Rounding Off - Numerical (Part 1)

## 1.63 Significant Figures and Rounding Off - Numerical (Part 2)

## Chapter 2 - Motion in a Straight Line

## 2.2 Types of Motion of a Body

## 2.3 Motion in One, Two and Three Dimensions

## 2.4 Classification of Scalar and Vector Quantities

## 2.5 Difference Between Distance and Displacement

## 2.6 Speed

## 2.7 Sample Problem on Speed

## 2.8 Velocity

## 2.9 Sample Question on Velocity

## 2.10 Position Time Graph for a Moving Object

## 2.11 Position Time Graph of Uniform Motion in One Dimension

## 2.12 Velocity Time Graph in Uniform Motion

## 2.13 Non-Uniform Motion

## 2.14 Sample Questions on Average Speed and Average Velocity (Part 1)

## 2.15 Sample Questions on Average Speed and Average Velocity (Part 2)

## 2.16 Sample Questions on Average Speed and Average Velocity (Part 3)

## 2.17 Typical Numerical Question on Average Speed and Average Velocity

## 2.18 Relative Velocity in One Dimensional Motion

## 2.19 Practice Questions on Relative Velocity (Part 1)

## 2.20 Practice Questions on Relative Velocity (Part 2)

## 2.21 Practice Questions on Motion in a Straight Line (Part 3)

## 2.22 Conceptual Questions on Motion in a Straight Line (Part 1)

## 2.23 Conceptual Questions on Motion in a Straight Line (Part 2)

## 2.24 Typical Question on Motion in a Straight Line

## 2.25 Very Short Answer Questions Based on Motion in a Straight Line (Part 1)

## 2.26 Very Short Answer Questions Based on Motion in a Straight Line (Part 2)

## 2.27 Short Answer Questions Based on Motion in a Straight Line

## 2.28 Acceleration

## 2.29 Sample Question Based on Acceleration

## 2.30 Sample Question Based on Velocity

## 2.31 Formulae for Uniformly Accelerated Motion Along a Straight Line

## 2.32 Sample Question on Acceleration

## 2.33 Velocity Time Graph of an Accelerated Motion

## 2.34 Equations of Motion by Calculus Method (Part 1)

## 2.35 Equations of Motion by Calculus Method (Part 2)

## 2.36 Equations of Motion by Calculus Method (Part 3)

## 2.37 Motion of an Object Under Free Fall

## 2.38 Sample Questions Based on Motion of an Object Under Free Fall (Part 1)

## 2.39 Sample Questions Based on Motion of an Object Under Free Fall (Part 2)

## 2.40 Distance Travelled in nth Second

## 2.41 Sample Question on Distance Traveled in nth Second Equation

## 2.42 Numerical on Uniformly Accelerated Motion (Part 1)

## 2.43 Numerical on Uniformly Accelerated Motion (Part 2)

## 2.44 Numerical on Uniformly Accelerated Motion (Part 3)

## 2.45 Numerical on Uniformly Accelerated Motion (Part 4)

## 2.46 Numerical on Uniformly Accelerated Motion (Part 5)

## 2.47 Numerical on Uniformly Accelerated Motion (Part 6)

## 2.48 Graph for Uniformly Accelerated Motion - Numerical (Part 1)

## 2.49 Graph for Uniformly Accelerated Motion - Numerical (Part 2)

## 2.50 Graph for Uniformly Accelerated Motion - Numerical (Part 3)

## 2.51 Calculus Method for Accelerated Motion - Numerical (Part 1)

## 2.52 Calculus Method for Accelerated Motion - Numerical (Part 2)

## 2.53 Calculus Method for Accelerated Motion - Numerical (Part 3)

## 2.54 Conceptual Questions Based on Motion in a Straight Line (Part 1)

## 2.55 Conceptual Questions Based on Motion in a Straight Line (Part 2)

## 2.56 Conceptual Questions Based on Motion in a Straight Line (Part 3)

## 2.57 Very Short Answer Type Questions Based on Motion in a Straight Line (Part 1)

## 2.58 Very Short Answer Type Questions Based on Motion in a Straight Line (Part 2)

## 2.59 Very Short Answer Type Questions Based on Motion in a Straight Line (Part 3)

## 2.60 Short Answer Type Questions Based on Motion in a Straight Line (Part 1)

## 2.61 Short Answer Type Questions Based on Motion in a Straight Line (Part 2)

## 2.62 Short Answer Type Questions Based on Motion in a Straight Line (Part 3)

## Chapter 3 - Motion in a Plane

## 3.2 Position Vector in a Plane

## 3.3 Multiplication of a Vector with a Real Number

## 3.4 Vectors Addition by Geometrical Method

## 3.5 Parallelogram Law of Vectors Addition

## 3.6 Sample Question on Parallelogram Law of Vectors Addition

## 3.7 Important Facts about Vectors Addition

## 3.8 Rectangular Components of a Vector in a Plane

## 3.9 Dot Product or Scalar Product of Two Vectors

## 3.10 Vector Product or Cross Product of Two Vectors

## 3.11 Sample Problems Based on Vectors (Part 1)

## 3.12 Sample Problems Based on Vectors (Part 2)

## 3.13 Sample Problems Based on Vectors (Part 3)

## 3.14 Sample Problems Based on Vectors (Part 4)

## 3.15 Sample Problems Based on Vectors (Part 5)

## 3.16 Sample Problems Based on Vectors (Part 6)

## 3.17 Sample Problems Based on Vectors (Part 7)

## 3.18 Sample Problems Based on Vectors (Part 8)

## 3.19 Sample Problems Based on Vectors (Part 9)

## 3.20 Sample Problems Based on Vectors (Part 10)

## 3.21 Sample Problems Based on Vectors (Part 11)

## 3.22 Applications of Resolution of Vectors

## 3.23 Practice Questions Based on Vectors (Part 1)

## 3.24 Practice Questions Based on Vectors (Part 2)

## 3.25 Practice Questions Based on Vectors (Part 3)

## 3.26 Practice Questions Based on Vectors (Part 4)

## 3.27 When a Boat Tends to Cross a River Along the Shortest Path

## 3.28 When a Boat Tends to Cross a River in the Shortest Time

## 3.29 Projectile - Introduction

## 3.30 Horizontal Projection of a Projectile (Part 1)

## 3.31 Horizontal Projection of a Projectile (Part 2)

## 3.32 Velocity of the Projectile at any Instant

## 3.33 Numerical on Horizontal Projection

## 3.34 Angular Projection of a Projectile (Part 1)

## 3.35 Angular Projection of a Projectile (Part 2)

## 3.36 Angular Projection of a Projectile (Part 3)

## 3.37 Angular Projection of a Projectile (Part 4)

## 3.38 Angular Projection of a Projectile (Part 5)

## 3.39 Retain in Memory (Important Points about Projectile Motion)

## 3.40 Two Angles of Projection, for the Same Horizontal Range

## 3.41 Velocity of Projectile at any Time

## 3.42 Projectile Motion - Revision at a Glance

## 3.43 Horizontal Projection of a Projectile - Numerical

## 3.44 Angular Displacement

## 3.45 Angular Velocity

## 3.46 Angular Acceleration

## 3.47 Uniform Circular Motion (Part 1)

## 3.48 Uniform Circular Motion (Part 2)

## 3.49 Centripetal Acceleration

## 3.50 Retain in Memory

## 3.51 Centripetal Acceleration - Sample Question

## 3.51 Tangential Acceleration and Centripetal Acceleration

## 3.52 Circular Motion - Sample Question

## 3.53 Motion in a Plane - Conceptual Questions (Part 1)

## 3.54 Motion in a Plane - Conceptual Questions (Part 2)

## 3.55 Motion in a Plane - Conceptual Questions (Part 3)

## 3.56 Motion in a Plane - Conceptual Questions (Part 4)

## 3.57 Projectile Motion - Practice Questions (Part 1)

## 3.58 Projectile Motion - Practice Questions (Part 2)

## 3.59 Projectile Motion - Practice Questions (Part 3)

## 3.60 Motion in a Plane - Sample Question

## Chapter 4 - Laws of Motion

## 4.2 Force

## 4.3 Linear Momentum

## 4.4 Newton’s Laws of Motion

## 4.5 Force : Dimensional Formula, Definition and Unit

## 4.6 Sample Questions on Newton’s Laws of Motion

## 4.7 Connected Motion - Introduction

## 4.8 Impulse

## 4.9 Impulse - Sample Questions (Part 1)

## 4.10 Impulse - Sample Questions (Part 2)

## 4.11 Examples of the Concept of Impulse

## 4.12 Principle of Conservation of Linear Momentum

## 4.13 Explanation of Newton’s Third Law of Motion

## 4.14 Laws of Motion - Sample Questions (Part 1)

## 4.15 Laws of Motion - Sample Questions (Part 2)

## 4.16 Apparent Weight of a Man in a Lift/Elevator

## 4.17 Laws of Motion - Sample Questions (Part 1)

## 4.18 Laws of Motion - Sample Questions (Part 2)

## 4.19 Laws of Motion - Practice Questions (Part 1)

## 4.20 Laws of Motion - Practice Questions (Part 2)

## 4.21 Laws of Motion - Practice Questions (Part 3)

## 4.22 Laws of Motion - Practice Questions (Part 4)

## 4.23 Laws of Motion - Practice Questions (Part 5)

## 4.24 Laws of Motion - Practice Questions (Part 6)

## 4.25 Laws of Motion - Practice Questions (Part 7)

## 4.26 Laws of Motion - Practice Questions (Part 8)

## 4.27 Laws of Motion - Very Short Answer Type Questions (Part 1)

## 4.28 Laws of Motion - Very Short Answer Type Questions (Part 2)

## 4.29 Friction - Introduction

## 4.30 Types of Friction

## 4.31 Four Laws of Limiting Friction

## 4.32 Coefficient of Friction

## 4.33 Angle of Friction

## 4.34 Angle of Repose and Angle of Sliding

## 4.35 Practice Questions Based on Friction (Part 1)

## 4.36 Practice Questions Based on Friction (Part 2)

## 4.37 Acceleration of a Body Down a Rough Inclined Plane

## 4.38 Work Done in Moving a Body Over a Rough Horizontal Surface

## 4.39 Practice Question Based on Work Done in Moving a Body

## 4.40 Dynamics of Uniform Circular Motion

## 4.41 Rounding a Level Curved Road

## 4.42 Practice Question Based on Rounding a Level Curved Road

## 4.43 Bending of a Cyclist

## 4.44 Banking of Roads

## 4.45 Friction : Practice Questions (Part 1)

## 4.46 Friction : Practice Questions (Part 2)

## 4.47 Circular Motion : Practice Question

## 4.48 Banking of Roads : Practice Question

## 4.49 Laws of Motion - Conceptual Questions (Part 1)

## 4.50 Laws of Motion - Conceptual Questions (Part 2)

## 4.51 Laws of Motion - Practice Questions (Part 1)

## 4.52 Laws of Motion - Practice Questions (Part 2)

## 4.53 Laws of Motion - Practice Questions (Part 3)

## Chapter 5 - Work, Energy and Power

## 5.2 Work

## 5.3 Work Done : Numerical (Part 1)

## 5.4 Work Done : Numerical (Part 2)

## 5.5 Work Done by a Variable Force

## 5.6 Work Done by a Variable Force : Numerical

## 5.7 Difference Between Conservative and Non Conservative Force

## 5.8 Power

## 5.9 Power : Numerical (Part 1)

## 5.10 Power : Numerical (Part 2)

## 5.11 Energy

## 5.12 Kinetic Energy

## 5.13 Kinetic Energy : Numerical

## 5.14 Potential Energy

## 5.15 Work Energy Theorem

## 5.16 Work Energy Theorem : Sample Question (Part 1)

## 5.17 Work Energy Theorem : Sample Question (Part 2)

## 5.18 Work Energy Theorem : Sample Question (Part 3)

## 5.19 Potential Energy of a Spring

## 5.20 Potential Energy of a Spring : Sample Question

## 5.21 Conservation of Mechanical Energy

## 5.22 Conservation of Mechanical Energy : Examples

## 5.23 The Principle of Conservation of Energy

## 5.24 Collision

## 5.25 Elastic Collision in One Dimension

## 5.26 Elastic Collision in One Dimension : Particular Cases

## 5.27 Coefficient of Restitution

## 5.28 Elastic Collision : Sample Question (Part 1)

## 5.29 Elastic Collision : Sample Question (Part 2)

## 5.30 Inelastic Collision in One Dimension

## 5.31 Loss of Kinetic Energy in Inelastic Collision

## 5.32 Work, Energy, and Power - Practice Question (Part 1)

## 5.33 Work, Energy, and Power - Practice Question (Part 2)

## 5.34 Work, Energy, and Power - Practice Question (Part 3)

## 5.35 Work, Energy, and Power - Practice Question (Part 4)

## 5.36 Work, Energy, and Power - Practice Question (Part 5)

## 5.37 Work, Energy, and Power - Practice Question (Part 6)

## 5.38 Work, Energy, and Power - Practice Question (Part 7)

## 5.39 Work, Energy, and Power - Practice Question (Part 8)

## 5.40 Work, Energy, and Power - Practice Question (Part 9)

## Chapter 6 - Systems of Particles and Rotational Motion

## 6.2 Systems of Particles and Rotational Motion - Chapter Overview

## 6.3 Kinds of Motion of a Rigid Body

## 6.4 Concept of Centre of Mass

## 6.5 Centre of Mass of Two Particle System

## 6.6 Centre of Mass of Two Particle System - Special Case

## 6.7 Centre of Mass of Two Particle System - Sample Question

## 6.8 Centre of Mass of System of N Particles

## 6.9 Position of Centre of Mass of Homogeneous Bodies of Regular Shape

## 6.10 Centre of Mass : Important Points

## 6.11 Motion of Centre of Mass(Part -1)

## 6.12 Motion of Centre of Mass(Part -2)

## 6.13 Linear Momentum of a System of Particles

## 6.14 Newton’s Second Law for a System of Particles

## 6.15 Numerical Question on Centre of Mass (Part -1)

## 6.16 Numerical Question on Centre of Mass (Part -2)

## 6.17 Examples of the Motion of Centre of Mass

## 6.18 Angular Velocity

## 6.19 Relation Between Angular Velocity and Linear Velocity

## 6.20 Angular Acceleration

## 6.21 Relation Between Linear Acceleration and Angular Acceleration