Course Curriculum

• Units and Measurements

  • Unit and Measurements – Introduction

    54 min
  • Measurement of Length

    25 min
  • In Class Exercise : 01

    22 min
  • Home Assignment : 01
  • In Class Exercise : 02

    48 min
  • Home Assignment : 02
  • Errors

    30 min
  • Combination of Errors

    15 min
  • Significant figures and Rounding off

    39 min
  • In Class Exercise : 03

    40 min
  • Home Assignment : 03
  • Units and Dimensions

    30 min
  • Some Important Dimensional Formulas

    30 min
  • Applications of Dimensional Formulas

    35 min
  • In Class Exercise : 04

    55 min
  • Home Assignment : 04
  • Unit and Measurements: Basic MCQ’s

• Motion In A Straight Line

  • Distance and Displacement
    25 min
  • Speed and Velocity

    35 min
  • In Class Exercise 1 part 1 (1D)

    32 min
  • In class exercise 1 part 2 (1D)

    30 min
  • Home Assignment : 01
  • Acceleration
    34 min
  • Kinematics Equations of Motion
    25 min
  • Motion under gravity and some important derivations
    30 min
  • Distance travelled in nth second
    10 min
  • In class Exercise – 2 (Part 1)

    33 min
  • In Class Exercise – 2 (Part 2)

    48 min
  • Home Assignment : 02
  • Worksheet : 3
  • Discussion : In class exercise – 3

    41 min
  • Relative Motion (1D)

    14 min
  • Worksheet : 4
  • Discussion : In class exercise – 4

    31 min
  • Introduction to Graphs

    22 min
  • Position – Time Graphs

    16 min
  • Velocity – Time Graphs

    12 min
  • Basic MCQs

• Motion in a Plane

  • Introduction to Vectors

    17 min
  • Properties of Vectors

    25 min
  • Algebra of Vectors (Part I)

    11 min
  • Algebra of vectors (Part II)

    31 min
  • Parallelogram for Vector Addition
    17 min
  • Particular cases for resultant of two vectors by analytical methods (Part 1)
    21 min
  • Particular cases for resultant of two vectors by analytical methods (Part 2)

    17 min
  • Cartesian Form of Vector Representation (2D)

    56 min
  • Cartesian Form of Vector Representation (3D)

    12 min
  • Algebra of Vectors using Cartesian form

    10 min
  • DPP 01 (Vectors)
  • Practice Questions on Vectors

    47 min
  • Dot Product
    21 min
  • Cross Product

    34 min
  • Properties of Dot Products

    34 min
  • Properties of Cross Product

    25 min
  • Practice Questions on Dot Product and Cross Product

    39 min
  • Practice Questions on Vectors

    45 min
  • Miscellaneous Questions on Vectors

    23 min
  • Analysis of Motion in Plane using Vectors

    36 min
  • Projectile Motion (Horizontal Projection)

    36 min
  • Projectile Motion (Oblique Projection)

    41 min
  • Projectile Motion (Important Points)

    01 hour 17 min
  • Projectile Motion (ICE Questions)

    57 min
  • Inclined Plane Analysis

    22 min
  • Worksheet – Projectile Motion
  • Solution – In Class Exercise
  • Relative Motion Introduction (1D)

    42 min
  • Relative Motion in 2D

    25 min
  • Practice Questions based on Relative Motion (1D & 2D)

    22 min
  • Miscellaneous Questions Relative Velocity (NCERT)

    18 min
  • Circular Motion
    54 min
  • Numerical Practice On Circular Motion

    26 min

• Laws of Motion

  • Introduction to Laws of Motion

    24 min
  • Momentum
    12 min
  • Newton’s Law of Motion
    57 min
  • Law Of Conservation Of Momentum
    23 min
  • Numerical Practice on NLM

    59 min
  • Worksheet : 1
  • Common Forces

    01 hour 10 min
  • Pseudo Force

    52 min
  • Equilibrium And In Equilibrium of Forces

    55 min
  • Worksheet 02: Common Force, Pseudo Force, Equilibrium & Inequilibrium
  • Solved Questions of ICE 02

    26 min
  • Introduction to Friction & Frictional Force

    50 min
  • Practice Questions on Friction ICE

    39 min
  • Practice Questions on Friction HA

    12 min
  • Worksheet 03: Friction
  • Practice Questions on Friction

    44 min

• Circular Motion

  • Circular Motion of Chapter Motion in Plane

    54 min
  • Practice Questions on Circular Motion Worksheet – 01

    28 min
  • Circular Motion || Circular Motion of Chapter laws of Motion part 1

    43 min
  • Circular Motion || Circular Motion of Chapter laws of Motion part 2

    30 min
  • Practice Questions on Circular Motion Worksheet – 02

    15 min

• Work, Energy & Power

  • Work done
    47 min
  • Worksheet 01
  • Work, Energy and Power ll Worksheet 01

    35 min
  • Energy 01

    34 min
  • Energy 02

    58 min
  • Work, Energy and Power ll Worksheet 02

    53 min
  • Worksheet 02
  • Power and Collisions

    58 min
  • Work, Energy and Power ll Worksheet 03

    47 min

• System of Particle & Rotational Motion

  • Center of Mass

    58 min
  • COM ll Worksheet 01

    30 min

• Properties of Bulk Matter

  • Introduction to the chapter Properties of Bulk Matter

    21 min
  • Stress

    16 min
  • Strain

    09 min
  • Hook’s Law and Stress Strain Curve

    43 min
  • Effective Young’s Modulus of wires connected in different combinations

    22 min
  • Modulus of Elasticity

    22 min
  • Practice Questions On Modulus of Elasticity (Part 1)

    37 min
  • Practice Questions On Modulus of Elasticity (Part 2)

    24 min
  • Practice Questions on Modulus of elasticity (Part -3)

    21 min
  • Poisson’s Ratio

    15 min
  • Elastic Potential Energy stored in a Stretched wire

    20 min
  • APPLICATIONS OF ELASTIC BEHAVIOUR OF MATERIALS

    15 min
  • Worksheet 1
  • Worksheet 2

• Mechanical Properties of Fluids

  • Introduction

    22 min
  • Pascal’s Law

    13 min
  • Atmospheric Pressure and Gauge Pressure

    29 min
  • Hydraulic Machines

    17 min
  • Streamline Flow

    09 min
  • Equation of continuity

    17 min
  • BERNOULLI’S PRINCIPLE

    47 min
  • Speed of Efflux (Torricelli’s Law)

    17 min
  • Venturimeter

    12 min
  • Dynamic Lift

    20 min
  • Practice questions on Equation of continuity and Bernoulli’s Principle (Boards)

    30 min
  • Viscosity

    25 min
  • Stokes Law and Terminal Velocity

    28 min
  • Reynolds Number and Critical Velocity

    19 min
  • Practice Questions on Terminal velocity , Stokes Law and Reynolds Number

    41 min
  • Surface Tension and Surface Energy

    59 min