Michigan State University (MSU)

Prof. Phillip Duxbury

The content listed below has not been created by Prof. Phillip Duxbury

5

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Prof. Phillip Duxbury

The content listed below has not been created by Prof. Phillip Duxbury

5

2 reviews

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Documents

Curvilinear Coordinates: Scale Factors h1,h2,h3, Unit Vector Transformations | PHY 481

Finding the Electric Field - Electricity and Magnetism I | PHY 481

Lecture Notes on The Divergence - Electricity and Magnetism I | PHY 481

More on Problems Solved Using Image Charge Methods | PHY 481

Homework 8 Solutions - Electricity and Magnetism I | PHY 481

Legendre Polynomials and Solutions to Laplace's Equation - Prof. Phillip Duxbury

Lecture Notes on Planar Capacitor Containing a Dielectric | PHY 481

Solutions to Laplace Equation - Electricity and Magnetism I - Notes | PHY 481

Tips for Homework 5: Solving Electrostatics with Series Expansions and Fourier Analysis -

Faraday's Law and Self-Inductance: Calculation of Inductance in Different Circuits - Prof.

A Circular Current Ring and Magnetic Dipoles - Notes | PHY 481

Electrostatic Potential of a Line Charge Near a Grounded Conducting Cylinder - Prof. Phill

Laplace's Equation in Cylindrical and Spherical Polar Coordinates: Separation of Variables

Midterm Exam 1 Solutions - Electricity and Magnetism I | PHY 481

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Electrostatics: Force on Dielectric Slabs and Uniformly Polarized Spheres - Prof. Phillip

Lecture Notes on Dielectric Field - Electricity and Magnetism I | PHY 481

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Laplace's Equation Solutions in Two-Dimensional Coordinate Systems - Prof. Phillip Duxbury

Magnetostatics: Understanding Static Magnetic Fields and DC Currents - Prof. Phillip Duxbu

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Lecture 26: Time Varying Electric and Magnetic Fields - Prof. Phillip Duxbury

Magnetostatics and Magnetic Dipoles: Lecture Notes for PHY481 - Prof. Phillip Duxbury

Sample Problems for Final Exam - Physics Computations I | PHY 102

Electrostatics: Coulomb's Law and Electric Field - Prof. Phillip Duxbury

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Lecture 24: Cyclotrons, Current, and Magnetic Forces - Prof. Phillip Duxbury

PHY481 Homework 4: Electric Potential & Field of Point Charges and Cavities - Prof. Philli

Electric Dipoles in Electric Fields and Conductors - Prof. Phillip Duxbury

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Energy in Electromagnetic Waves: Classical and Quantum Perspectives - Prof. Phillip Duxbur

Energy Storage in Inductors and Magnetic Fields - Prof. Phillip Duxbury

Electric Potential Energy and Multipole Expansion in Electrostatics - Prof. Phillip Duxbur

Midterm 2 | Electricity and Magnetism I | PHY 481

Notes on Electricity and Magnetism I | PHY 481

Magnetic Materials: Linear, Paramagnetic, Diamagnetic, and Ferromagnetic Properties - Prof

Lecture Notes on Electric Field Near Two Charged Metal Sheet | PHY 481

EM Waves and Faraday's Law: Induced EMF and Current in Conducting Wires - Prof. Phillip Du

Notes on Electricity and Magnetism I - Matrices, Vectors, Variances | PHY 481

Electric Fields in Electricity and Magnetism I - Lecture Notes | PHY 481

Pollack and Stump - Lecture Notes | PHY 481

Electrostatic Potential: Poisson's Equation and Methods for Calculation - Prof. Phillip Du