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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 33: Ion acoustic, ion cyclotron and magneto sonic waves in magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 33: Ion acoustic, ion cyclotron and magneto sonic waves in magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 34: VIasov theory of plasma waves

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 34: VIasov theory of plasma waves

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 35: Landau damping and growth of waves

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 35: Landau damping and growth of waves

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 36: Landau damping and growth of waves Contd.

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 36: Landau damping and growth of waves Contd.

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 37: Anomalous resistivity in a plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 37: Anomalous resistivity in a plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 38: Diffusion in plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 38: Diffusion in plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 39: Diffusion in magnetized plasma

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 39: Diffusion in magnetized plasma

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 40: Surface plasma wave

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 40: Surface plasma wave

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 41: Laser interaction with plasmas embedded with clusters

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 41: Laser interaction with plasmas embedded with clusters

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Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 42: Current trends and epilogue

Plasma Physics: Fundamentals and Applications (NPTEL):- Lecture 42: Current trends and epilogue

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Coloumb's Law

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Coloumb's Law

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Coloumb's Force due to several Point charges

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Coloumb's Force due to several Point charges

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Force due to distribution of Charges

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Force due to distribution of Charges

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- What is an Electric Field?

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- What is an Electric Field?

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric Field due to a Charged Distribution

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric Field due to a Charged Distribution

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Helmholtz's Theorem for Electric Field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Helmholtz's Theorem for Electric Field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence of a Field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence of a Field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence of Electric Field & Gauss's Law

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence of Electric Field & Gauss's Law

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Curl Of a Field - 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Curl Of a Field - 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Curl of a Field - 2 & Stokes' Theorem

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Curl of a Field - 2 & Stokes' Theorem

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Line, Surface Area and Volume elements in Cartesian and Cylindrical Coordinates

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Line, Surface Area and Volume elements in Cartesian and Cylindrical Coordinates

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Line, surface area and Volume element in Spherical Polar Coordinates

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Line, surface area and Volume element in Spherical Polar Coordinates

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Applications of Divergence and Stokes theorem

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Applications of Divergence and Stokes theorem

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatic potential

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatic potential

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric field as a gradient of potential

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric field as a gradient of potential

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Laplace's and Poisson's Equation for Electrostatic Potential

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Laplace's and Poisson's Equation for Electrostatic Potential

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatic Potential due to charge distribution- 1: Line Charge of finite length

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatic Potential due to charge distribution- 1: Line Charge of finite length

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Electrostatic Potential due to charge distribution - 2 , Ring and spherical shell of charge

Electrostatic Potential due to charge distribution - 2 , Ring and spherical shell of charge

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Uniqueness of solution of Laplace's and Poisson's equations

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Uniqueness of solution of Laplace's and Poisson's equations

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Method of Images-I, Point charge in-front of grounded metallic plane

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Method of Images-I, Point charge in-front of grounded metallic plane

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Method of images 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Method of images 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Laplace’s equation in some other physical phenomena

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Laplace’s equation in some other physical phenomena

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy of a charge distribution - 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy of a charge distribution - 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy of a charge distribution 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy of a charge distribution 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy of a charge distribution 3 – energy density in terms of electric field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy of a charge distribution 3 – energy density in terms of electric field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric field and potential in a conductor

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric field and potential in a conductor

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reciprocity theorem for conductors 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reciprocity theorem for conductors 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reciprocity theorem for conductors 2 – an example

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reciprocity theorem for conductors 2 – an example

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric polarization and bound charges 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric polarization and bound charges 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric polarization and bound charges 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric polarization and bound charges 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric Displacement

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electric Displacement

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatics in presence of dielectric materials - 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatics in presence of dielectric materials - 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatics in presence of dielectric materials - 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electrostatics in presence of dielectric materials - 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Introduction to Magnetostatics; the Bio-Savart law

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Introduction to Magnetostatics; the Bio-Savart law

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence and curl of magnetic field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence and curl of magnetic field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence and curl of magnetic field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Divergence and curl of magnetic field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Ampere’s law for magnetic fields

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Ampere’s law for magnetic fields

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Vector potential for magnetic fields

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Vector potential for magnetic fields

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Equation for the vector potential in terms of current density

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Equation for the vector potential in terms of current density

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Vector potential from current densities - 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Vector potential from current densities - 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Vector potential from current densities - 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Vector potential from current densities - 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Magnetic materials 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Magnetic materials 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Magnetic materials 2 – bound currents and densities

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Magnetic materials 2 – bound currents and densities

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- The auxiliary field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- The auxiliary field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Solving for magnetic field of a magnet 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Solving for magnetic field of a magnet 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Solving for magnetic field of a magnet in presence of magnetic materials

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Solving for magnetic field of a magnet in presence of magnetic materials

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Faraday’s law

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Faraday’s law

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Induced electric field due to changing magnetic field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Induced electric field due to changing magnetic field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Demonstrations

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Demonstrations

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy stored in a magnetic field - 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy stored in a magnetic field - 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy stored in a magnetic field 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy stored in a magnetic field 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Displacement current

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Displacement current

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Quasistatic approximation

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Quasistatic approximation

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy transport by electromagnetic field

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy transport by electromagnetic field

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- The Poynting vector

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- The Poynting vector

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Linear momentum and angular momentum

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Linear momentum and angular momentum

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Waves and wave equation

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Waves and wave equation

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electromagnetic waves in free space 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electromagnetic waves in free space 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electromagnetic waves in free space 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Electromagnetic waves in free space 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy, intensity and momentum carried by electromagnetic waves

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy, intensity and momentum carried by electromagnetic waves

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy and momentum carried by electromagnetic waves–examples

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Energy and momentum carried by electromagnetic waves–examples

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reflection of waves at a boundary 1 – wave on a tense string

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reflection of waves at a boundary 1 – wave on a tense string

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reflection of waves at a boundary 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Reflection of waves at a boundary 2

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Radiation from an accelerating charge 1

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Radiation from an accelerating charge 1

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Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Radiation from an accelerating charge 2

Introduction to Electromagnetism by Prof. Manoj Harbola (NPTEL):- Radiation from an accelerating charge 2

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Ex: Producer Surplus

Ex: Producer Surplus

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Ex: Consumer Surplus

Ex: Consumer Surplus

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Ex: Producer Surplus (Linear)

Ex: Producer Surplus (Linear)

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Ex: Consumer Surplus (Linear)

Ex: Consumer Surplus (Linear)

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Consumer and Producer Surplus

Consumer and Producer Surplus

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Ex: Point of Equilibrium

Ex: Point of Equilibrium

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Ex: Determine the Present Value of a Continuous Income Stream on the TI84 (Linear)

Ex: Determine the Present Value of a Continuous Income Stream on the TI84 (Linear)

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Ex: Present Value of Perpetual Money Flow

Ex: Present Value of Perpetual Money Flow

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Ex: Future and Present Value of Continuous Money Flow

Ex: Future and Present Value of Continuous Money Flow

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Ex: Integration Application - Present Value for Business

Ex: Integration Application - Present Value for Business

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Ex: Present Value of Continuous Money Flow

Ex: Present Value of Continuous Money Flow

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Ex 2: Continuous Money Flow needed for a Given Future Value

Ex 2: Continuous Money Flow needed for a Given Future Value

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Ex 1: Future Value of Continuous Money Flow

Ex 1: Future Value of Continuous Money Flow

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Ex: Present Value of One Time Investment Given Future Value

Ex: Present Value of One Time Investment Given Future Value

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Ex: Future Value of One Time Investment

Ex: Future Value of One Time Investment

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Ex: Complementary and Substitute Goods - Demand Function

Ex: Complementary and Substitute Goods - Demand Function

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Ex: Logistic Growth Differential Equation

Ex: Logistic Growth Differential Equation

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Ex: Solve a Differential Equation that Models the Change in a Bank Account Balance

Ex: Solve a Differential Equation that Models the Change in a Bank Account Balance

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Ex: Limited Growth Differential Equation

Ex: Limited Growth Differential Equation

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Ex: Write a Differential Equation to Model the Change in a Bank Account

Ex: Write a Differential Equation to Model the Change in a Bank Account

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Ex: Solve an IVP Using Separation of Variables in the Form y'=axy+bx

Ex: Solve an IVP Using Separation of Variables in the Form y'=axy+bx

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Ex: Solve an IVP Using Separation of Variables in the Form y'=(ax+b)/(xy^2)

Ex: Solve an IVP Using Separation of Variables in the Form y'=(ax+b)/(xy^2)

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Ex: Initial Value Problem Using Separation of Variables in the Form y' = e^(ay+bx)

Ex: Initial Value Problem Using Separation of Variables in the Form y' = e^(ay+bx)

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Ex: Initial Value Problem in the Form y' = kx Using Shortcut

Ex: Initial Value Problem in the Form y' = kx Using Shortcut

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Ex 2: Initial Value Problem Using Separation of Variables in the Form y'=ay+b

Ex 2: Initial Value Problem Using Separation of Variables in the Form y'=ay+b

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