Introductory Electricity and Magnetism Laboratory

Spring 2000 Syllabus

Jan  19 W Lab 0: Introduction and Error Analysis
     20 R Lab 0: Introduction and Error Analysis
     21 F Lab 0: Introduction and Error Analysis

     26 W Lab 1: Electric Field and Electric Potential
     27 R Lab 1: Electric Field and Electric Potential
     28 F Lab 1: Electric Field and Electric Potential

Feb   2 W Lab 2: Ohm's Law
      3 R Lab 2: Ohm's Law
      4 F Lab 2: Ohm's Law

      9 W Lab 3: DC Circuits
     10 R Lab 3: DC Circuits
     11 F Lab 3: DC Circuits

     16 W Lab 4: Kirchhoff's Rules
     17 R Lab 4: Kirchhoff's Rules
     18 F Lab 4: Kirchhoff's Rules

     23 W Lab 5: Magnetic Dipole Moment
     24 R Lab 5: Magnetic Dipole Moment
     25 F Lab 5: Magnetic Dipole Moment

Mar   1 W Lab 6: Electromagnetic Induction
      2 R Lab 6: Electromagnetic Induction
      3 F Lab 6: Electromagnetic Induction

      8 W Lab 7: Spectrometer I - Index of Refraction
      9 R Lab 7: Spectrometer I - Index of Refraction
     10 F Lab 7: Spectrometer I - Index of Refraction

     22 W Lab 8: Spectrometer II - Diffraction Grating and 
                 Spectrometer III -  Bohr Model of Hydrogen Spectrum
     23 R Lab 8: Spectrometer II - Diffraction Grating and 
                 Spectrometer III -  Bohr Model of Hydrogen Spectrum
     24 F Lab 8: Spectrometer II - Diffraction Grating and 
                 Spectrometer III -  Bohr Model of Hydrogen Spectrum

     29 W Lab 9: Diodes and Transistors
     30 R Lab 9: Diodes and Transistors
     31 F Lab 9: Diodes and Transistors

Apr   5 W Lab 10: Properties of Lenses
      6 R Lab 10: Properties of Lenses
      7 F Lab 10: Properties of Lenses

     12 W Lab 11: Radioactivity
     13 R Lab 11: Radioactivity
     14 F Lab 11: Radioactivity

     19 W Make-up lab days
     20 R Make-up lab days
     21 F University Holiday

     26 W Final Practicum
     27 R Final Practicum
     28 F Final Practicum

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