Introductory Electricity and Magnetism Laboratory

Syllabus - Spring 2010

Jan 21 R Lab 1: Electric Field and Electric Potential
    22 F Lab 1: Electric Field and Electric Potential
    25 M Lab 1: Electric Field and Electric Potential

    28 R Lab 2: Ohm's Law
    29 F Lab 2: Ohm's Law
Feb  1 M Lab 2: Ohm's Law

     4 R Lab 3: Direct Current (DC) Circuits
     5 F Lab 3: Direct Current (DC) Circuits
     8 M Lab 3: Direct Current (DC) Circuits

    11 R Lab 4: Kirchhoff's Rules (section 10 only)
    12 F Class canceled due to weather
    15 M Lab 4: Kirchhoff's Rules  (section 14)

    18 R Lab 4: Kirchhoff's Rules  (section 11 only)
    19 F Lab 4: Kirchhoff's Rules  (sections 12 and 13)
    22 M No lab

    25 R Lab 6: Magnetic Dipole Moment
    26 F Lab 6: Magnetic Dipole Moment
Mar  1 M Lab 6: Magnetic Dipole Moment

     4 R Lab 7: Electromagnetic Induction
     5 F Lab 7: Electromagnetic Induction
     8 M Spring Break

    11 R Spring Break
    12 F Spring Break
    15 M Lab 7: Electromagnetic Induction

    18 R Lab 8: Spectrometer I - Index of Refraction
    19 F Lab 8: Spectrometer I - Index of Refraction
    22 M Lab 8: Spectrometer I - Index of Refraction

    25 R Lab 9: Spectrometer II - Diffraction Grating
    26 F Lab 9: Spectrometer II - Diffraction Grating
    29 M Lab 9: Spectrometer II - Diffraction Grating

Apr  1 R No lab
     2 F University Holiday
     5 M Make-up Lab 1 through 9

     8 R Lab 10: Spectrometer III -  Bohr Model of Hydrogen Spectrum
     9 F Lab 10: Spectrometer III -  Bohr Model of Hydrogen Spectrum
    12 M Lab 10: Spectrometer III -  Bohr Model of Hydrogen Spectrum

    15 R Lab 11: Properties of Lenses
    16 F Lab 11: Properties of Lenses
    19 M Lab 11: Properties of Lenses

    22 R Lab 12: Radioactivity
    23 F Lab 12: Radioactivity
    26 M Lab 12: Radioactivity; Make-up Lab 10 through 12

    29 R Practicum
    30 F Practicum
May  3 M Practicum

Back to the Electricity and Magnetism Laboratory Home Page