Introductory Electricity and Magnetism Laboratory
Spring 2002 Syllabus
Jan 14 M Lab 0: Error Analysis
15 T Lab 0: Error Analysis
16 W Lab 0: Error Analysis
21 M University Holiday
22 T No Lab
23 W No Lab
28 M Lab 1: Electric Field and Electric Potential
29 T Lab 1: Electric Field and Electric Potential
30 W Lab 1: Electric Field and Electric Potential
Feb 4 M Lab 2: Ohm's Law
5 T Lab 2: Ohm's Law
6 W Lab 2: Ohm's Law
11 M Lab 3: Direct Current (DC) Circuits
12 T Lab 3: Direct Current (DC) Circuits
13 W Lab 3: Direct Current (DC) Circuits
18 M Lab 4: Kirchhoff's Rules
19 T Lab 4: Kirchhoff's Rules
20 W Lab 4: Kirchhoff's Rules
25 M Lab 5: Resistor-Capacitor (RC) Circuits
26 T Lab 5: Resistor-Capacitor (RC) Circuits
27 W Lab 5: Resistor-Capacitor (RC) Circuits
Mar 4 M Lab 6: Magnetic Dipole Moment
5 T Lab 6: Magnetic Dipole Moment
6 W Lab 6: Magnetic Dipole Moment
11 M "Spring" Break
12 T "Spring" Break
13 W "Spring" Break
18 M Lab 7: Electromagnetic Induction
19 T Lab 7: Electromagnetic Induction
20 W Lab 7: Electromagnetic Induction
25 M Lab 8: Spectrometer I - Index of Refraction
26 T Lab 8: Spectrometer I - Index of Refraction
27 W Lab 8: Spectrometer I - Index of Refraction
Apr 1 M Lab 9: Spectrometer II - Diffraction Grating and
Spectrometer III - Bohr Model of Hydrogen Spectrum
2 T Lab 9: Spectrometer II - Diffraction Grating and
Spectrometer III - Bohr Model of Hydrogen Spectrum
3 W Lab 9: Spectrometer II - Diffraction Grating and
Spectrometer III - Bohr Model of Hydrogen Spectrum
8 M Lab 10: Properties of Lenses
9 T Lab 10: Properties of Lenses
10 W Lab 10: Properties of Lenses
15 M Lab 11: Radioactivity
16 T Lab 11: Radioactivity
17 W Lab 11: Radioactivity
22 M Make-up Lab
23 T Make-up Lab
24 W Practicum
29 M Practicum
30 T Practicum
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