Introductory Electricity and Magnetism Laboratory

Syllabus - Spring 2004

Jan 13 T Introduction and Lab 0: Error Analysis
    14 W Introduction and Lab 0: Error Analysis

    20 T Lab 1: Electric Field and Electric Potential
    21 W Lab 1: Electric Field and Electric Potential

    27 T Lab 2: Ohm's Law
    28 W Lab 2: Ohm's Law

Feb  3 T Lab 3: Direct Current (DC) Circuits
     4 W Lab 3: Direct Current (DC) Circuits

    10 T Lab 4: Kirchhoff's Rules
    11 W Lab 4: Kirchhoff's Rules

    17 T Lab 5: Resistor-Capacitor (RC) Circuits
    18 W Lab 5: Resistor-Capacitor (RC) Circuits

    24 T Lab 6: Magnetic Dipole Moment
    25 W Lab 6: Magnetic Dipole Moment

Mar  2 T Lab 7: Electromagnetic Induction
     3 W Lab 7: Electromagnetic Induction

     9 T "Spring" Break
    10 W "Spring" Break

    16 T Lab 8: Spectrometer I - Index of Refraction
    17 W Lab 8: Spectrometer I - Index of Refraction

    23 T Lab 9: Spectrometer II - Diffraction Grating
    24 W Lab 9: Spectrometer II - Diffraction Grating

    30 T Lab 10: Spectrometer III -  Bohr Model of Hydrogen Spectrum
    31 W Lab 10: Spectrometer III -  Bohr Model of Hydrogen Spectrum

Apr  6 T Lab 11: Properties of Lenses
     7 W Lab 11: Properties of Lenses

    13 T Lab 12: Radioactivity
    14 W Lab 12: Radioactivity

    19 M Make-up Lab
    20 T Practicum
    21 W Practicum

    27 T No Lab
    28 W Reading Day

Back to the Electricity and Magnetism Laboratory Home Page