4002 Electricity and Magnetism

Learning Outcomes: Calculate electric field, Practice numeric integration, Work with normalized units, Practice with quiver, Demonstrate validation and verification 

Source file: Phys4002/Problem TeXs/EfieldHalfLoopAbs(cos)Distribution.tex

History: 26 Spring

Problem PDF Problem TEX

Solution PDF Solution  MLX

Learning Outcomes: Calculate an electric field numerically, Use numerical integration with normalized variables, Practice MATLAB functions, Use MATLAB’s meshgrid to create a grid of points and quiver to plot vectors, Practice validating and verifying code

Source file: Phys4002/Problem TeXs/EFieldLoopUniformLambda.tex

History: 25 Fall

Problem PDF Problem TEX

Solution PDF Solution  MLX

Learning Outcomes: Calculate an electric field numerically, Practice MATLAB functions and use MATLAB’s quiver function to plot vectors

Source file: Phys4002/Problem TeXs/EFieldDiscUniformSigma.tex.tex

History: 25 Fall

Problem PDF Problem TEX

Solution PDF Solution  MLX

Learning Outcomes: Calculate Electric Potentials, capacitance, and electrostatic energy

Source file: Phys4002/Problem TeXs/EPotentialUniformLineCharge.tex

History: 25 Fall, 26 Spring

Problem PDF Problem TEX

Solution PDF Solution  MLX

Learning Outcomes: Work with series expansion and boundary value problems; Work with normalized units; Assess and interpret the convergence of a series expansion

Source file: Phys4002/Problem TeXs/InfiniteSlotParabolicPotential.tex

History: 25 Fall, 26 Spring

Problem PDF Problem TEX

Solution PDF Solution  MLX

Learning Outcomes:

Source file:

History: 25 Fall, 26 Spring

Problem PDF Problem TEX

Solution PDF Solution  MLX