Topchalks IIT-JEE Physics (3 CD Pack)

Demo Links

Product Description

Topchalks is a company that mainly focus on creating a revolutionary solution to educate without compromising the quality. The CD is designed to test how you will perform in the real exam by identifying and strengthening your weak areas and predicting your rank and score. This CD consists of each and every topic explained in detail along with effective, convenient and powerful solutions.

Topchalks brought 4^th generation learning created by top faculties, audio visual lectures, animations and 1000s of solved problems. Topchalks is the only complete solution provider which brings to you in depth Interactive and Dynamic Digital content.

Product Details

Product Code : TCIP

No. of Chapters : 23

No. of lectures taught : 641

Solved problems : 354

No. of Hours : 108

Chapters Covered

Laws of Motion-1

Laws of Motion: First and Second law of Motion and Few examples of Variable mass system
Definition of Newton, Third law of Motion, System and Surroundings, External and Internal Forces
Reference Frames
Earth Frame
Non-inertial Frame of Reference
Inertial Frame of Reference
Free Body Diagram Introduction
Free Body Diagrams in Mass pulley system
Results from Kinematics
Constraint Relationship
String Constraint
Problems on String Constraint
Explanation of Newton's First Law and External Force

Kinematics

Rest and Motion, Reference Frame
One, Two and Three Dimensional Motion
Distance Vs Displacement Definition
Definition of Average Speed
Illustration of Average Speed
Graphical Interpretation of Average Speed
Illustration of Graphical interpretation of Average Speed
Instantaneous Speed: A Limiting Case of Average Speed and Its Illustration
Illustration of Graphical Interpretation of Instantaneous Speed
Displacement Vs Time Graphs for 1 and 2 dimensional Motion
Uniformly Accelerated Motion and Equations of Motion
Conversion of Displacement Vs Time into Distance-Time Graph
Elementary Problems
Projectile Motion: Introduction
Expression for Time of Flight, Maximum Height Attained and Horizontal Range of Projectile
Role of Complementry Angles in Projectile Motion
Equation for path of Projectile
Projectile on the Inclined Plane:Expression for Time of Flight and Maximum Height Attained on inclined plane
Expression for Range Attained on Inclined Plane
Relations between Displacement - Velocity and Acceleration
Past Year IIT Problems
Introduction of Relative Motion
Problems

Laws of Motion-2

Wedge Constraint
Examples of String Constraint
Past Year IIT Problems
Problems

Circular Motion

Introduction: Circular Motion
Uniform Circular Motion (Theory)
Illustration of Uniform Circular Motion
Examples of Uniform Circular Motion
Non-Uniform Circular Motion
Illustration of Non Uniform Circular Motion
Conclusion of Non-Uniform Circular Motion
Past Year IIT Problems
Problems

Friction

Introduction: Frictional Forces
Kinetic Friction and Static Friction
Illustration of Kinetic Friction and Static friction
Kinetic Friction Vs Static Friction
Problems

Work Power and Energy

Work-Energy Theorem
Mechanical Energy
Definition of Work Done
Potential Function
Conservative-Force and Non-Conservative Force
Conservative-Force Vs Non-Conservative Force
Past Year IIT Problems
Problems

System of Particles

Centre of Mass
Illustration of Centre of Mass
Collision Theory
Problems

Rotational Motion

Introduction: Rotational Dynamics
Illustration of Rotations
Moment of Inertia
Illustration of Moment of Inertia
Parallel Axis Theorem
Perpendicular Axis Theorem
Torque
Illustration of Torque
Toppling
Illustration of Toppling
Problems based on Toppling
Rigid Body
Effect of Friction on Tension in mass pulley system
Rotation about Fixed Axis
Illustration of Rotation about Fixed Axis
Rotation about Fixed Axis: Mass Pulley System
Problems on Rotation about Fixed Axis
Planar Rotational Motion
Chastal Theorem
Application of Chastal Theorem
Illustration of Rolling without Slipping in mass pulley system
Example of Rolling without Slipping
Rolling with Slipping
Illustration of Rolling with Slipping
Example of Rolling with Slipping
Problems on Rolling with Slipping
Angular Momentum of a rigid body
Illustration of Angular Momentum
Problems

Gravitation

Universal Law of Gravitation
Spherical Symmetric Distribution: Shell's Theorem
Acceleration due to Gravity and its variation with Height and Depth
Motions of Planets and Satellites in Circular Orbits
Keplar's Laws of Planetary Motion
Escape Velocity and Expression for It
Gravitational Field and Gravitational Potential
Physical Interpretation of Gravitational Potential
Problems based on Gravitation Potential Energy
Past Year IIT Questions

Fluid Mechanics

Introduction to Fluid Mechanics, Pressure
Pascal's law
Hydrostatic Pressure
Application of Hydrostatic Pressure
Problems Based on Application of Hydrostatic Pressure
Up Thrust and Center of Buoyancy
Equation of Continuity
Bernoulli's Equation and its derivation
Problems
Toricelli's Theorem
Applications of Bernoullis Equation
Viscosity and Newton's Law of Viscosity
Stokes Law and Expression for terminal velocity

Simple Harmonic Motion

Illustration of Simple Harmonic Motion
Applications of SHM
Problems Based on Application of SHM
Angular SHM and Example, Difference b/w Linear SHM and Angular SHM
Application of Angular SHM
Expression for the time period of Simple Pendulum
Physical Pendulum
Problems

Heat and Thermodynamics

Introduction of Heat and Thermodynamics
Internal Energy
Problems Based on Internal Energy
Work Done by Gas, Free Expansion of Gas
Dependence of Internal Energy
First Law of Thermodynamics
Molar Specific Heat
Example of Specific Heat
Polytropic Process
Problem Based on Specific Heat
Equation for Adiabatic Process
Isochoric Process
Illustration of Isochoric Process
Isobaric Process and its illustration
Isothermal Process
Adiabatic Graph
Proof of Cp - Cv = R
Summary of Thermodynamics
Cyclic Process
Illustration of Cyclic Process and Heat Engine
Efficiency of Heat Engine and a problem based on it
A Problem based on cyclic process
Postulates of Kinetic Theory of Gases
Illustration of Kinetic Theory of Gases
Expressions for Kinetic Energy and Root Mean Square Velocity
K.E. for Polyatomic and Monoatomic Gas
Degree of Freedom
Equipartition Theorem
?(Adiabatic Gas Exponent) = 1 + 2/f
Maxwell - Boltzmann Distribution
Radiations
Emmisive and Absorptive Power of an Object, Kirchoff's Law
Stefan's Law, Black Body
Illustration of Radiation
Summary of Radiation
Wein's Displacement Law
Heat Transfer by a Conduction
Heat Transfer by a Conduction contd.
Thermal Current and a problem
Problems

Sound Waves

Introduction to Waves, Types of Waves
Wave Theory
Functional Form of Equation of Travelling Wave
Wave Velocity and Particle Velocity
Equation of a Sinusoidal Wave Travelling Along +X Direction
Wavefront
Phase Velocity and Its Illustration
Average Power Transmitted along String by Sine Wave
Principle of Superposition and Interference
Constructive and Destructive Interference
Power in Constructive and Destructive Interference
Reflection of Waves
Standing Wave, Nodes and Antinodes
Frequencies in Standing Waves
Illustration of Standing Wave
Open Organ Pipe
Closed (one end) Organ Pipe
Formation of Beats and Beats Frequency
Doppler's Effect
Illustration of Doppler's Effect
Example of Doppler's Effect
Doppler Effect(Conclusion)
Problems
Equation of Spherical and Cylinderical Wave
Pressure Waves

Bulk Matter

Surface Tension
Illustration of Surface Tension and Surface Energy
Relation b/w Surface Energy and Surface Tension
Expression for Excess Pressure within a Bubble
Angle of Contact, Cohesive and Adhesive Forces
Example of Capillary
Past Year IIT Problems
Hooks Law and Young Modulus

Electrostatics-1

Coulomb's Law
Principle of Super Position
Application of Coulomb's Law and Principle of Super Position
Concept of Point Charge
Examples based on Coulomb's Law and Principle of Super Position
Vector form of Coulombs Law
A Problem Based on Coulomb's Law
Dipole and Dipole Moment
Illustration of Dipole Moment
Flux
Gauss' Law
Illustration of Gauss' Law
Proof of Coulomb's Law by Gauss' Law
Applications of Gauss' Law
Properties of Metallic Object
Electric Potential
Potential Difference
Interaction Energy of System of Charges and Potential Energy Illustration of Interaction Energy
Potential function
Past Year IIT Problems
The field of an electric dipole for points on the axis
The field of an electric dipole for points on the equatorial plane

Electrostatics-2

Earthing and one example related to it
Capacitors and Capacitance
Types of Capacitors
Spherical Capacitor
Cylinderical Capacitor
Equivalent Capacitance in Series Combination
Example based on Capacitive Circuit
Forces on the dielectric in the capacitors
Charging of Capacitor in C-R Circuit
Discharging of Capacitor in C-R Circuit

Current Electricity

Introduction to Current Electricity
Drift Velocity, Current and Relationship b/w them
Drift Velocity, Electric Field and Relationship b/w them
Kirchoff's Law (KVL and KCL)
Equivalent Resistance
Some Important Points and a Problem
Problems based on Kirchoff's laws
Problems
Heating Effect of Current, Joule's Law
Illustration of Heating Effect of Current
Past Year IIT Problems

Electromagnetism-1

Introduction to Electromagnetism
Lorentz Force
Illustration of Lorentz Force
Force on a Current Carrying Conductor in a Uniform B Field
Illustration of Force on a Current Carrying Conductor in a Uniform B Field
Biot-Savart Law
Illustration of Biot-Savart Law
Problem based on Biot-Savart Law
Amperes Circuital Law
Application of Amperes Circuital Law: Solenoid
Problem based on Amperes Circuital Law
Illustration of Amperes Circuital Law
Problems
Ideal Galvanometer Vs Ideal Ammeter
Conversion of Galvanometer into Ammeter
Conversion of Galvanometer into Voltmeter

Electromagnetism-2

Electromagnetic Induction: Faraday's Law of EMI, Lenz's Law
Motional E.M.F.
Illustration of EMF
Problems based on EMF
Hall's Effects
Time Varying Magnetic field
Self induction
Energy Stored in an Inductor
L-C oscillation
Growth of Current in the L-R Circuit
Decay of Current in L-R Circuit
Series and Parallel Combinations of Inductors
Mutual Induction
Representing A.C Signal Via Complex Number
Phase of I and V
Impedance of Capacitor
Impedance of Inductor
Series of LCR Circuits
Problems

Optics-1

Prism: Angle of Prism, Relation b/w Refractive Index and Angle of Prism
Expression for Angle of Dispersion
Combination of Prisms and its Types
Snell's Law , Critical Angle and Total Internal Reflection
Past Year IIT Problems based on Total Internal Reflection
Glass Slab
Past Year IIT Problems
Laws of Reflection
Sign Convention
Derivation of Lens Maker Formula
Applying Lens Maker Formula
Diverging and Converging Lenses
Silvering of Lens
Problem Based on Silvering of Lens
Past Year IIT Problems
Velocity of Image if Object is Moving
Illustration of Velocity of Image- If Object is Moving
Image Formation
Problems on the Variable Index
Lens with Differrent Media on Two Sides (Problems)
Problems on the Snell's Law
Multiple Spherical Surfaces Separated by Some Distances

Optics-2

Youngs Double Slit Experiment
Location of maxima and Fringe Width in Youngs Double Slit Experiment
Expression for the Fringe Width and a problem based on Youngs Double Slit Experiment
Example Related to Youngs Double Slit Experiment
Refraction through Spherical Surface
Problems based on Refraction through Spherical Surface
Refraction through Planar Surface
Problems based on Refraction through Planar Surface
Problems

Modern Physics

Postulates of Bohr's Theory
Expression for Velocity and Radius of Hydrogen for nth orbit
Expression for Energy of nth orbit for Hydrogen Atom
Spectrum of Hydrogen Atom
Expression for Wavelength and Series Spectrum of Hydrogen Atom
Series Limit for Hydrogen Atom
Effect of Mass of Nucleus on Velocity , Radius and Energy of an Atom
de Broglie equation of wavelength and idea of Modern Physics
Some important points and few Expressions
X-Rays
Continuous and Characteristic X-Rays
Moseley's Law
Introduction to Photoelectric Effect
Threshold Frequency, Work Function and Kinetic Energy in Photo Electric Effect
Dependence of Photo Current
Some important Points related to Photo Electric Effect
Past Year IIT Problems
Radioactivity
Decay Constant, Mass Defect , Binding Energy

Error Analysis

Introduction of Error Analysis
Some examples based on Errors

Related Tags: iit, iit preparation, iit study material, iit examination, iit entrance, iit jee, topchalk cd