Coulomb’s Law-in Vector Form part – 1

Lesson List

Electrostatics

Coulomb’s Law-in Vector Form part – 100:00:00

Coulomb’s Law-in Vector Form part – 200:00:00

Dielectric00:00:00

Electric Field in General Case00:00:00

Electric Field Due to Point Charge Distribution Intro00:00:00

Electric Field Due to Point Charge Distribution Part – 100:00:00

Electric Field and Electric Field Intensity00:00:00

Electric Field and Electric Field Intensity in Vector Form Part – 100:00:00

Electric Field and Electric Field Intensity in Vector Form Part – 200:00:00

Derivation of Electric Field Intensity Due to a Point Charge +00:00:00

Electric Lines of Force00:00:00

Electric Flux00:00:00

Gauss’ Law00:00:00

Electric Dipole00:00:00

Numericals Level – 100:00:00

Numericals Level – 200:00:00

Numericals Level – 300:00:00

Motion in a Plane

Laws of Motion

Gravitation

Thermal Properties of Matter

Sound

Optics

Semiconductors

Oscillations

Rotational Motion

Elasticity

Solids Introduction00:00:00

Elasticity & Elastic Bodies00:00:00

Plasticity & Plastic Bodies00:00:00

Stress00:00:00

Types of Stress00:00:00

Strain00:00:00

Types of Strain00:00:00

Elastic Limit & Hooke’s Law00:00:00

Modulus of Elasticity00:00:00

Young’s Modulus00:00:00

Bulk Modulus & Compressibility00:00:00

Modulus of Rigidity00:00:00

Poisson’s Ratio00:00:00

Elastic after Effect, Elastic Fatigue and Elastic Hysteresis00:00:00

Elastic Potential Energy Per Unit Volume00:00:00

Elastic Potential Energy00:00:00

What is Friction00:00:00

Static Friction00:00:00

Kinetic Friction00:00:00

Kinetic Theory

Surface Tension

Fluids Introduction00:00:00

What is Fluid ?00:00:00

Properties of Fluids00:00:00

Pressure and It’s Applications00:00:00

Thrust and Pressure00:00:00

Example on Upthrust00:00:00

Pascal’s Law and Proof00:00:00

Applications of Pascal’s Law – Hydraulic Lift00:00:00

Manometer00:00:00

Variation of Pressure Due to Shape and Barometer00:00:00

Surface Tension and Molecular Theory00:00:00

Cohesive, Adhesive Force and Molecular Range00:00:00

Angle of Contact and It’s Characteristics00:00:00

Shape of Meniscus in a Narrow Tube00:00:00

Excess Pressure Inside a Liquid Drop00:00:00

Ascent Formula00:00:00

Law of Floatation00:00:00

Steady Flow or Streamline Flow00:00:00

Upthrust and Apparent Weight00:00:00

Electrostatics

Electrons and Photons

Wave Theory

Current Electricity

Semiconductors

Atoms, Molecules and Nuclei

Magnetism

Electromagnetic Inductions

Magnetic Effects of Electric Current

Coulomb’s Law-in Vector Form part – 1

Electrostatics

Coulomb’s Law-in Vector Form part – 100:00:00

Coulomb’s Law-in Vector Form part – 200:00:00

Dielectric00:00:00

Electric Field in General Case00:00:00

Electric Field Due to Point Charge Distribution Intro00:00:00

Electric Field Due to Point Charge Distribution Part – 100:00:00

Electric Field and Electric Field Intensity00:00:00

Electric Field and Electric Field Intensity in Vector Form Part – 100:00:00

Electric Field and Electric Field Intensity in Vector Form Part – 200:00:00

Derivation of Electric Field Intensity Due to a Point Charge +00:00:00

Electric Lines of Force00:00:00

Electric Flux00:00:00

Gauss’ Law00:00:00

Electric Dipole00:00:00

Numericals Level – 100:00:00

Numericals Level – 200:00:00

Numericals Level – 300:00:00

Motion in a Plane

Uniform Circular Motion (Speed Constant)00:00:00

Non-Uniform CM00:00:00

Cpf and Cff (Centripetal Force and Centrifugal Force)00:00:00

Centripetal Acceleration00:00:00

Conical Pendulum00:00:00

Numericals (Level 1)00:00:00

Numericals (Level 2)00:00:00

Laws of Motion

Newton’s First Law of Motion00:00:00

Newton’s Second and Third Law of Motion00:00:00

Inertial and Non-Inertial Frame of Reference00:00:00

Force00:00:00

What is Friction00:00:00

Static Friction00:00:00

Kinetic Friction00:00:00

Angle of Friction00:00:00

Law of Conservation of Linear Momentum00:00:00

Free Body Diagram (FBD) Part – 100:00:00

Free Body Diagram (FBD) Part – 200:00:00

Free Body Diagram (FBD) Part – 300:00:00

Numericals (Level 1)00:00:00

Numericals (Level 2)00:00:00

Numericals (Level 3)00:00:00

Gravitation

Newton’s Law of Gravitation00:00:00

Kepler’s Laws00:00:00

Gravitational and Inertial Mass00:00:00

Variation of ‘g’ Due to Altitude00:00:00

Variation of ‘g’ Due to Depth00:00:00

Variation of ‘g’ Due to Latitude00:00:00

Gravitational Potential Energy00:00:00

Escape Velocity of a Satellite00:00:00

Communication Satellite00:00:00

Projection of a Satellite00:00:00

Weightlessness00:00:00

Periodic Time of Satellite00:00:00

Binding Energy of a Satellite00:00:00

Thermal Properties of Matter

Heat vs Temperature00:00:00

Thermal Expansion & Types00:00:00

Coefficient of Cubical Expansion of an Ideal Gas and Relationship Between Coefficients of Expansion00:00:00

Specific Heat00:00:00

Calorimetry and Change of State00:00:00

Effect of Pressure on Melting and Freezing Point00:00:00

Variation of Density with Temperature and Anomalous Expansion of Water00:00:00

Latent Heat00:00:00

Thermal Conduction Steady State and Temperature Gradient00:00:00

Thermal Conductivity00:00:00

Heat Current & Thermal Resistance00:00:00

Thermal Radiation Properties and Newtons Law of Cooling00:00:00

Mathematical Expression for Newton’s Law of Cooling00:00:00

Numericals (Level 1)00:00:00

Numericals (Level 2)00:00:00

Numericals (Level 3)00:00:00

Sound

Types of Waves00:00:00

Phase and Phase Difference00:00:00

Characteristics of Wave Motion00:00:00

Mechanical Waves – Transverse Wave00:00:00

Mechanical Waves – Longitudinal Wave00:00:00

Speed of Transverse Wave on String00:00:00