Introductory Mechanics Laboratory
Syllabus - Fall 2009
Aug 26 W Introduction
27 R Introduction
28 F Introduction
Sep 1 T Introduction
2 W Lab 0: Error Analysis
3 R Lab 0: Error Analysis
4 F Lab 0: Error Analysis
8 T Lab 0: Error Analysis
9 W Follow Monday class schedule
10 R No Lab
11 F No Lab
15 T Lab 1: Measurement Error
16 W Lab 1: Measurement Error
17 R Lab 1: Measurement Error
18 F Lab 1: Measurement Error
22 T Lab 2: Kinematics
23 W Lab 2: Kinematics
24 R Lab 2: Kinematics
25 F Lab 2: Kinematics
29 T Lab 3: Acceleration and Freefall
30 W Lab 3: Acceleration and Freefall
Oct 1 R Lab 3: Acceleration and Freefall
2 F Lab 3: Acceleration and Freefall
6 T Lab 4: Newton's First and Third Laws
7 W Lab 4: Newton's First and Third Laws
8 R Lab 4: Newton's First and Third Laws
9 F Lab 4: Newton's First and Third Laws
13 T Fall Break
14 W Lab 5: Forces in Equilibrium
15 R Lab 5: Forces in Equilibrium
16 F Lab 5: Forces in Equilibrium
20 T Lab 5: Forces in Equilibrium
21 W Lab 6: Newton's Second Law and Friction
22 R Lab 6: Newton's Second Law and Friction
23 F Lab 6: Newton's Second Law and Friction
27 T Lab 6: Newton's Second Law and Friction
28 W Lab 7: Linear Momentum and Collisions
29 R Lab 7: Linear Momentum and Collisions
30 F Lab 7: Linear Momentum and Collisions
Nov 3 T Lab 7: Linear Momentum and Collisions
4 W Lab 8: Uniform Circular Motion
5 R Lab 8: Uniform Circular Motion
6 F Lab 8: Uniform Circular Motion
10 T Lab 8: Uniform Circular Motion
11 W Lab 9: Simple Harmonic Motion
12 R Lab 9: Simple Harmonic Motion
13 F Lab 9: Simple Harmonic Motion
17 T Lab 9: Simple Harmonic Motion
18 W Lab 10: Standing Waves
19 R Lab 10: Standing Waves
20 F Lab 10: Standing Waves
24 T Lab 10: Standing Waves
25 W Thanksgiving
26 R Thanksgiving
27 F Thanksgiving
30 M Make-up Lab
Dec 1 T Practicum
2 W Practicum
3 R Practicum
4 F Practicum
8 T No Lab
9 W No Lab
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