JEE_PHYSICS

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Course Curriculum

1.Physical World

Introduction Physical World

08:43
Physics

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Technology and Society

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Fundamental Laws

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Physical World
Physical World

2.Units and Measurements

Introduction Units and Measurements

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2.Need for Measurement

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Introduction of Units

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System of Units

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SI Units

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Fundamental and Derived Units

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Measurement of Length

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Measurement of Mass

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Measurement of Time

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Accuracy and Precision Definition

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Accuracy and Precison Measuring Instrument

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Screw Guage

00:00
Least Count of Screw Guage

00:00
Vernier Calliper

00:00
Least Count of Vernier Calliper

00:00
Errors and its types

00:00
Least Count

00:00
Absolute Error, Relative Error and Percentage Error

00:00
Combination of Errors

00:00
Significant Figures

00:00
Numericals Based on Significant Figures

00:00
Introduction

00:00
Dimensions of Physical Quantities(Dimensions of Planks Constant, Gravitational Constant, Inductance, Capacitance, Permiability, Permitivitty , Force, Momentum, Torque, Work, Kinetic Energy, Pressure, Thermal Conductivity, Surface Tension, Youngs Modulus, Angular Momentum, Elementary Charge (e), Boltzmann Constant)

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Dimensions Formulae and Dimensional Equations

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Dimensional Analysis and Its Applications

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Numericals Based on Consistency of Dimensional Equation

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Numerical Based on Relations among Physical Quantities

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Units and Measurements Quiz

3.Basics of Mathematics

Introduction Basics of Mathematics / Types of Quantity and examples based on them

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“Vectors and its Types (Zero Vector,Unit Vector Position Vector,Co-initial Vector,Like and UnlikeVectors,Co-planar Vector,Collinear Vector,Equal Vector,Displacement Vector,Negative of a Vector)”

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Vector Addition

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Vector Subtraction

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Product of Two Vectors

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Dot Product and Cross Product

00:00
Parallelogram Law

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Resolution of Vectors

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Numerical Based on Vector

00:00
Differentiation Introduction

00:00
Formulae of Differentiation

00:00
Uses of Differentiation for describing Motion

00:00
Integration Introduction

00:00
Formulae of Integration

00:00
Uses of Integration for describing Motion

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Basic Of Mathematics

4.Motion in Straight Line

Definition of Rectilinear Motion

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Distance and Displacement

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Frame of Reference

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Introduction Speed and Velocity and Acceleration

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Average Velocity and Average Speed

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Numerical Based on Average Velocity and Average Speed

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Instantaneous Velocity and Speed

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Numericals Based on Instantaneous Velocity and Speed

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Graphical Explanation of Average Velocity and Average Speed

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Graphical Explanation of Instantaneous Velocity and Speed

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Problems Based on Differentiation formula of Velocity

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Definition of Acceleration

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Types of Acceleration

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Graphical Explanation of Uniform and Non-uniform Acceleration

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First Equation of Motion and its Derivation

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Second Equation of Motion and its Derivation

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Third Equation of Motion and its Derivation

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Numericals Based on Equations of Motion

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Graphical Explanation of Uniformly Accelerated Motion

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Graphical Explanation of Free Fall Motion

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Position-Time Graphs

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Velocity-Time Graphs

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Relative Velocity

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Numericals Based on Relative Velocity

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Problem Based on Free Fall of Body

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Problem Based on Car’s Speed

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Problem Based on Escalator

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Problem Based on Function of Distance ,Velocity

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Problem Based on Calculation Human motion

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Problem Based on Graphs for JEE Mains

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5.Motion in Plane

Concept of Vectors

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Projectile Motion

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Equation of Trajectory and its Derivation

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Cases of Projectile Motion and their Derivation

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Equation of Trajectory

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Problem Based on Time of maximum height of Projectile

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River – Boat Problems

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Wind- Plane Problems

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Rain – Man Problems

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Roof – Ball Problems

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Problems on Maximum Height

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6.Laws of Motion

Introduction Laws of Motion

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Force and Inertia

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Newtons First Law of Motion

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Momentum

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Newtons Second Law of Motion

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Concept of Momentum

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Impulse; Newtons Third Law of Motion

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Numerical based on Laws

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Law of Conservation of Linear Momentum(LCM)

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Applications of LCM

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Pulley Problems

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Plank Problems

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Rocket Problems

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Bullet Problems

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Equilibrium of Concurrent Forces

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Introduction Friction

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Static and Kinetic Friction

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Laws of Friction

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Rolling Friction

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Lubrication

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Box and Trolley System Problems

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Impulse

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Introduction Dynamics of Uniform Circular Motion:

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Centripetal Force

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Problem based on Motion of Car on Level road

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Problem based on Motion of Car on Banked road

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Centripetal Force and Its Applications

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Motion of A Car And Horse And Cart

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Apparent Weight

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7.Work, Energy and Power

Introduction Work Energy and Power

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Work Done

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Work Done by a Constant Force and a Variable Force

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Work done by Gravity and Friction

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Work done by area under force displacement graph

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Definiton of Kinetic Energy

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Work Energy Theorem

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Work Energy Theorem for a Variable Force

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Numerical Based on Work Energy Theorem

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Concept of Potential Energy

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Notions of Potential Energy

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Potential Energy of Spring

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Conservative Force

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Numericals Based on Spring

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Concept of Conservative Force and Non – Conservative Force

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Conservation of Mechanical Energy

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Derivation of Conservation of Mechanical Energy

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Motion in a Verticle Circle

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Problem Based on Motion in a Verticle Circle

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Problems Based on Conservation of Energy

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Problem Based on Motion of two Boxes

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Problem Based on Graph which is function of Force

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Problem Based on calculation of Coefficient of Restitution

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Problem based on Box and spring compression

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Problem based on Calculation of Work Done of spring compression

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Various Forms of Energy

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Type of Equilibrium

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Introduction Power

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Problem Based on Power Calculation

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Definition of Elastic Collision and Inelastic Collision

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Inelastic Collision in One Dimension

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Inelastic Collision in Two Dimension

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Problem Based on Head on Collision(boxes and Bullet-Box)

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8.Systems of Particles and Rotational Motion

Introduction Systems of Particles and Rotational Motion

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Motions of Rigid Body

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Introduction To Cross Product And Its Applications

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Introduction Centre of Mass (COM)

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COM of Rigid Body

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COM of a Two particle System

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COM of a Thin Rod

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COM of a Triangular Lamina

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COM of a Uniform L-Shaped Lamina

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Motion of COM

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Linear Momentum of System of Particles

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Angular Velocity and its Relation with Linear Velocity

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Angular Momentum of a Particle

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Conservation of Angular Momentum

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Introduction to Torque

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Rotational Law of Acceleration

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Angular Momentum and Torque for a System of Particles

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Problem Based on Torque

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Equilibrium of a Rigid Body

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Principle of Moment

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Centre of Gravity

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Reaction Forces

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Problem Based on Centre of Gravity

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Introduction Moment of Inertia

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Radius of Gyration

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MOI of Thin Circular Ring

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MOI of Thin Rod

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MOI of Circular Disc

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MOI of Hollow Cylinder

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MOI of Solid Cylinder

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Theorems of Perpendicular Axes

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Theorems of Parallel Axes

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MOI with the help of Theorems and Their Applications

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Equation of Rotational Motion

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Problem Based on Equation of Rotational Motion

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Work Done by a Torque

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Angular Momentum in case of Rotation about Fixed Axis

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Rolling Motion

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Rolling Motion of Disc

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Kinetic Energy of Rolling Motion

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Problem Based on Kinetic Energy of Rolling Body

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9.Gravitation

Introduction Gravitation

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Kepler’s Laws

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Universal Law of Gravitation

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Gravitational Constant

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Acceleration Due to Gravity of the Earth

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Acceleration Due to Gravity Below and Above The Surface of Gravity

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Gravitational Field & Gravitational Potential

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Calculation of Gravitational Field & Gravitational Potential

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Examples to Calculate Potential Energy

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Car Problems for JEE Mains

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Planet and Satellite Problems for JEE Mains

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Two Spherical Body Problems for JEE Mains

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Escape Speed

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Introduction Earth Satellite

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Energy of Orbiting Satellite

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Orbital Velocity of a Satellite

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Geostationary Satellite

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Polar Satellite

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Concept of Weightlessness

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10.Mechanical Properties of Solids

Introduction Mechanical Properties of Solids

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Elastic Behaviour of Solids

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Introduction Stress and Strain

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Types of Stress

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Strain

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Stress – Strain Relationship

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Hooke’s Law

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Stress – Strain Curve

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Introduction Modulus of Elasticity

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Young’s Modulus

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Determination of Young’s Modulus of the Material of a Wire

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Problem Based on Young’s Modulus

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Shear Modulus

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Bulk Modulus

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Modulus of Rigidity

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Problem Based on Shear and Bulk Modulus

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Poisson’s Ratio

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Elastic Potential Energy

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Elastic Potential Energy in a Streched Wire

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Application of Elastic Behaviour of Materials

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Problem Based on Rods

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Problem Based on Wires

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11.Mechanical Properties of Fluids

Introduction Mechanical Properties of Fluids Draft Lesson

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Defintion of Pressure

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Pascal’s Law

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Variation of Pressure with Depth

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Atmospheric Pressure

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Gauge Pressure

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Hydraulic Machine

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Streamline Flow

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Equation of Continuity

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Turbulent Flow

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Critical Velocity

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Bernoulli’s Principle

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Application based on Bernoulli’s Principle

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Speed of Efflux – Torricelli’s Law

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Venturi – Meter

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Blood Flow and Heart Attack

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Dynamic Lift

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Problems

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Introduction Viscocity

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Coefficient of Viscosity

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Stoke’s Law

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Terminal Velocity

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Reynold’s Number

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Introduction Surface Tension

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Surface Energy

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Examples Based on Surface Energy and Surface Tension

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Angle of Contact

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Concept of Drops and Bubbles

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Problem Based on Drops and Bubbles

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Capillary Rise

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Calculation of Pressure with the help of Capillary Rise

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Detegents and Surface Tension

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12.Thermal Properties of Matter

Introduction Thermal Properties of Matter

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Temperature and Heat

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Measurement of Temperature

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Ideal-Gas Equation and Absolute Temperature

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Thermometers and the Celsius Temperature Scale

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the Constant Volume Gas Thermometer and the Absolute Temperature Scale

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Gas Laws

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Boyle’s Law

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Charles’s Law

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Ideal-Gas Equation and Absolute Temperature

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Mean Free Path

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Avogadros Number

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Degree of Freedom

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Internal Energy of an Ideal Gas

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Molar Heat Capacity

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Thermal Expansion

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Linear Expansion

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Volume Expansion

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Anamalous Expansion of Water

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Specific Heat Capacity

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Calorimetry

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Change of State

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Latent Heat

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Heat Transfer

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Conduction

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Convection

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Radiation

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Blackbody Radiation

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Greenhouse Effect

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Newton’s Law of Cooling

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Problems Based on NLC

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13.Thermodynamics

Introduction Thermodynamics

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Thermal Equilibrium

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Zeroth Law of Thermodynamics

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Concept of Temperature

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Concept of Temperature

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Heat, Work and Internal Energy

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First Law of Thermodynamics

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Heat Transfer

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Change in Internal Energy

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Work Done

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Specific Heat Capacity

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Thermodynamic State Variables and Equation of State

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Thermodynamic Processes

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Quasi-Static Process

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Adiabatic Process

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Isochoric Process

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Isobaric Process

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Cyclic Process

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Heat Engines

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Refrigerators and Heat Pumps

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Second Law of Thermodynamics

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Applications of Second Law of Thermodynamics

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in Terms of Entropy

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Kelvin Plank’s Statement

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Clausius Statement

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Reversible and Irreversible Processes

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Carnot Engine and Its Efficiency

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PV Graph to Calculate Work Done

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Carnot Engine Problems

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Refrigerators Problems

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Insulated Walls Problems

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PV Graph to Calculate Work Done

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14.Kinetic Theory of Gases

Introduction Kinetic Theory of Gases

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Molecular Nature of Matter

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Behaviour of Gases

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Equation of State of a Perfect Gas

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Work Done on Compressing a Gas

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Kinetic Theory of Gases-Assumptions

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Pressure of an Ideal Gas

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Kinectic Interpretation of Temperature

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the Concept of Pressure

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Kinetic Energy and Temperature: Rms Speed of Gas Molecules

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Degrees of Freedom

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Law of Equipartition of Energy

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Applications to Specific Heat Capacities of Gases

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Specific Heat Capacity of Water

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Absorbtion,reflection and Transmission of Heat Radiation

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Coefficient of Absorbtion

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Coefficient of Reflection

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Coefficient of Transmission

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Athermanous Substances

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Diathermanous Substances

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Perfectly Black Body

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Ferry’s Black Body

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Spectrum of Black Body Radiatiohn in Terms of Wavelength

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Wien’s Displacment Law

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Emissive Power and Absorbtive Power

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Kirchhoff’s Law of Radiation and Theoretical Proof

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Stefan’s Law of Radiation

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15.Oscillations

Periodic motion (time period, frequency, displacement as a function of time)

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Periodic functions

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Simple harmonic motion (S.H.M)

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Simple Harmonic Motion Equations

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Simple harmonic motion (S.H.M) and uniform circular motion

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Velocity and acceleration in SHM

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Force law for SHM

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Energy and Graphs in SHM

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Phase Difference Analysis in SHM

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Oscillation due to spring and force constant

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Series and Parallel Connection of Springs in SHM

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Simple Pendulum – Simple pendulum derivation of expression for its time period

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SHM in an Electrical System

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Free oscillaions

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Damped oscillations

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Forced oscillation and resonance -damping and driving frequency

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Superposition of Two SHM

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16.Waves

Introduction to Waves

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Transverse and longitudinal waves

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Amplitude and Displacement

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Wavelength and angular number

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Speed of transverse wave on streched string

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Speed of logitudnal wave

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Energy and Equation of Waves

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Superposition of Waves

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reflection of waves

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Standing Waves – standing waves in strings and organ pipes

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Displacement Waves

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Loudness and Beats – fundamental mode and harmonics

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Doppler’s Effect

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17. Electric Charges and Fields

Conservation of Charge

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Additivity of Charges

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Quantisation of Charge

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Coulombs Law – Forces Between Two Point Charges

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Forces Between Multiple Charges

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Superposition Principle

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Continuous Charge Distribution

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Electric Field: Electric Field Due to a Point Charge

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Electric Field Due to System of Charges

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Physical Significance of Electric Field

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Electric Field Lines

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Electric Dipole

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Electric Field Due to a Dipole

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Physical Significance of Electric Dipole

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Dipole in Uniform External Field

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Torque on a Dipole in a Uniform Electric Field

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Electric Flux

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Gausss Law and Its Applications to Find Field Due to Infinitely Long Uniformly Charged Straight Wire

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Uniformly Charged Infinite Plane Sheet

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Uniformly Charged Thin Spherical Shell

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18. Electrostatic Potential and Capacitance

Electric Potential and Its Calculation for a Point Charge

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Electric Dipole and System of Charges

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Equipotential Surfaces

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Potential Due to a Point Charge

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Potential Due to an Electric Dipole

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Potential Due to a System of Charges

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Equipotential Surfaces

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Relation Between Field and Potential

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Potential Energy of a System of Charges

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Potential Energy in an External Field

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Potential Energy of a System of Two Charges in an External Field

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Potential Energy of a Dipole in an External Field

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Electrical Potential Energy of a System of Two Point Charges in an Electrostatic Field

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Conductors and Insulators

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Electrostatics of Conductors

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Dielectrics and Electric Polarization

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Capacitors and Capacitance

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Effect of Dielectric on Capacitance

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a Combination of Capacitors in Series

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a Combination of Capacitors in Parallel

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the Capacitance of a Parallel Plate Capacitor with and Without Dielectric Medium Between the Plates

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Energy Stored in a Capacitor

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Van De Graff Generator

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19.Electric current through conductors

Current Electricity

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Electric Current

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Drift Velocity

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Mobility

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Ohms Law Electrical Resistance,

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Limitations of Ohms Law

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Resistances of Different Materials,

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V-I Characteristics of Ohmic and Non-Ohmic Conductors,

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Electrical Energy and Power,

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Electrical Resistivity

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Colour Code for Resistors

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Series and Parallel Combinations of Resistors;

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Temperature Dependence of Resistance

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Electrical Energy, power

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Combination of Resistors – Series and Parallel

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Electric Cell and It’s Internal Resistance

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Potential Difference and Emf of a Cell

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a Combination of Cells in Series and in Parallel

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20.Moving Charges and Magnetism

Concept of magnetic field

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Oersteds experiment

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Biot – Savart law and its application to current carrying circular loop

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Lines of Force (Flux Lines)-Properties of magnetic lines of force

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Ampere’s law and its derivation

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Magnetic field of infinitely long straight wire using Ampere’s law

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Magnetic field of Straight and toroidal solenoids

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Magnetic Force – Sources and Fields

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Magnetic Field Lorentz Force(Flemings left hand rule)

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Force on a current-carrying conductor in a uniform magnetic field

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Force on a moving charge in uniform magnetic and electric fields

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Motion in Combined Electric and Magnetic fields

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Cyclotron – Derivation of frequency,limitation of cyclotron

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force between two parallel current-carrying conductors-definition of ampere

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Concept of magnetic dipole

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Torque due to a Dipole in a Magnetic Field

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Magnetic Dipole Moment of a Revolving electron

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Moving Coil Galvanometer its current sensitivity

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Conversion to ammeter and voltmeter

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21.Magnetism and matter

Definition of Magnets and Magnetism in physics

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Source of Magnetism or Cause of Magnetism

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Magnetic Poles, Forces, and Fields

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Magnetic and Electric Fields

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Electric Charges and Magnetism Different

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Bar magnet as an equivalent solenoid

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Classes of Magnetic Materials

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Para-magentic substances dia-magnetic substances and ferro- magnetic substances

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Permanent Magnets and Electromagnets

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Electromagnets and factors affecting their strengths

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Current Loop as a magnetic dipole and dipole moment

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Dipole moment of bar magnet and coulomb’s law in magnetism

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Important terms in magnetism and magnetic field

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Torque and work done on a magnetic dipole

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Torque experienced by a current loop in a uniform magnetic field

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Terrestrial magnetism – Components of Earths Magnetic Field,Angle of Declination (¸),Angle of Dip or Inclination (´),Horizontal Component

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Elements of earth’s Magnetism

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Magnetic materials

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Magnetic susceptibility

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Curie’s law

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Hysteresis Loop

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Energy Loss Due to Hysteresis

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Properties of Soft and Hard Materials

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Magnetic field strength or Magnetizing field and its formula

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Intensity of Magnetization (I or J) and its formula

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Magnetic Susceptibility and its formula

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Magnetic Permeability and its formula

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22.Electromagnetic Induction

Electromagnetic Induction

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Magnetic Flux – Positive and negative flux,magnetic flux density,ways by which magnetic flux can be varied

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Faraday’s experiment – Induced EMF and current

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Faradays law of electromagnetic induction – Theoritical concept,derivation

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Direction of Induced EMF: Lenz’s Law

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Motional EMF: A cause of Magnetic flux change

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Induced Electric Fields

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Inductance

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Self Inductance

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Energy in an inductor

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Growth and decay of current in L-R circuit

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The R-C circuit – Decay of current

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The L-C circuit – Decay of current

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Mutual Inductance

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Eddy current

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Device Application based on Electromagnetic Induction – Electrical Transformers,Electrical Generators,Induction Cookers,Electromagnetic Flow Meters,Musical Instruments

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Induced emf due to circular disk

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23.Alternating Current

Alternating Current Introduction,defintion of frequency,amplitude,time period

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Different Forms of a.c. emf,Peak and RMS value of alternating current/voltage

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Phase of An A. C. Quantity,Reactance and impedance

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Effective Virtual or R. M. S. value of a Quantity

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Mean or Average Value of an Alternating Quantity

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Form Factor

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Representation of AC Current and Voltage by Rotating Vectors

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A.C. Circuit containing Resistance Only (Resistive Circuit)

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A.C. Circuit Containing Inductor Only (Inductive Circuit)

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A.C. Circuit Containing Capacitance Only (Capacitive Circuit)

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Resistance and inductance in series A. C. Circuit

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Resistance and Capacitance in Series A. C. Circuit

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RLC Series A. C. Circuit

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Series resonance circuit

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LCR-parallel circuit at resonance

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Quality factor (q)-formula ,for different types of circuits

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Step up and Step down Transformers

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Efficiency of a Transformer

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AC generator and transformer

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LC OSCILLATIONS

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Resonance

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Power in AC circuits

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Wattless current

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24.Electromagnetic wave

Introduction Electromagnetic wave

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Speed of electromagnetic wave

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Equation of plane progressive electromagnetic wave

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Production Of Electromagnetic waves – Hertz experiment

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Properties of elctromagnetic wave

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Displacement current

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Ampere- Maxwell law

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Maxwells Equations

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Modified Ampere-Maxwell Law

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Right Hand Rule

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Average electric energy density

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Average magnetic energy density

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Intensity of electromagnetic Wave

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Total radiant flux (Power),radiant flux density

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Poynting vector

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Electromagnetic spectrum (consists of EM waves of all frequencies)

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Propagation of Electromagnetic Spectrum

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Electromagnetic Spectrum

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Layer of Atmosphere,green house effect

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Polarization

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Intensity

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25.Ray Optics

Introduction Ray Optics

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Reflection through Plane surfaces

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Reflection through Curved Surfaces

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Refraction of light

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Refraction through Plane surfaces

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Refraction through Spherical surfaces

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Refraction by a Lens

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Combination of lenses

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Refraction through a prism

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Dispersion and its natural occurrence

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Scattering of light

00:00
Optical instruments

00:00

Wave optics

Introduction Wave Optics

00:00
Huygens Wave Theory

00:00
Young’s Double Slit Experiment

00:00
Coherence

00:00
Lloyd’s Mirror

00:00
Interference in Thin Films

00:00
Newton’s Rings

00:00
Diffraction

00:00
Resolving Power of an Optical Instrument

00:00
Doppler’s Effect for Light Waves

00:00

Dual Nature of Matter and Radiation

Atoms

Nucli

Semiconductors devices and circuits

Communication Systems

Current Electricity

Centre of mass

Uniform circular motion

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Free

Free access this course

Level

Intermediate
Total Enrolled

3
Duration

4 hours
Last Updated

November 11, 2023
Certificate

Certificate of completion

A course by

deepvecto_2023

JEE_PHYSICS

What I will learn?

Course Curriculum

1.Physical World

Introduction Physical World

Physics

Technology and Society

Fundamental Laws

Physical World

Physical World

2.Units and Measurements

Introduction Units and Measurements

2.Need for Measurement

Introduction of Units

System of Units

SI Units

Fundamental and Derived Units

Measurement of Length

Measurement of Mass

Measurement of Time

Accuracy and Precision Definition

Accuracy and Precison Measuring Instrument

Screw Guage

Least Count of Screw Guage

Vernier Calliper

Least Count of Vernier Calliper

Errors and its types

Least Count

Absolute Error, Relative Error and Percentage Error

Combination of Errors

Significant Figures

Numericals Based on Significant Figures

Introduction

Dimensions Formulae and Dimensional Equations

Dimensional Analysis and Its Applications

Numericals Based on Consistency of Dimensional Equation

Numerical Based on Relations among Physical Quantities

Units and Measurements Quiz

3.Basics of Mathematics

Introduction Basics of Mathematics / Types of Quantity and examples based on them

“Vectors and its Types (Zero Vector,Unit Vector Position Vector,Co-initial Vector,Like and UnlikeVectors,Co-planar Vector,Collinear Vector,Equal Vector,Displacement Vector,Negative of a Vector)”

Vector Addition

Vector Subtraction

Product of Two Vectors

Dot Product and Cross Product

Parallelogram Law

Resolution of Vectors

Numerical Based on Vector

Differentiation Introduction

Formulae of Differentiation

Uses of Differentiation for describing Motion

Integration Introduction

Formulae of Integration

Uses of Integration for describing Motion

Basic Of Mathematics

4.Motion in Straight Line

Definition of Rectilinear Motion

Distance and Displacement

Frame of Reference

Introduction Speed and Velocity and Acceleration

Average Velocity and Average Speed

Numerical Based on Average Velocity and Average Speed

Instantaneous Velocity and Speed

Numericals Based on Instantaneous Velocity and Speed

Graphical Explanation of Average Velocity and Average Speed

Graphical Explanation of Instantaneous Velocity and Speed

Problems Based on Differentiation formula of Velocity

Definition of Acceleration

Types of Acceleration

Graphical Explanation of Uniform and Non-uniform Acceleration

First Equation of Motion and its Derivation

Second Equation of Motion and its Derivation

Third Equation of Motion and its Derivation

Numericals Based on Equations of Motion

Graphical Explanation of Uniformly Accelerated Motion

Graphical Explanation of Free Fall Motion

Position-Time Graphs

Velocity-Time Graphs

Relative Velocity

Numericals Based on Relative Velocity