School of Physics

Academics » Class information and Activities » Spring 2007 Courses

PHYSICS 2211 M,2211 N-INTRO. PHYSICS (Modern Matter & Interactions version)

Tentative Lab Schedule

Labs for PHYS 2211-M and PHYS 2211-N are DIFFERENT from other 2211 sections. Use the lab schedule below; do not follow the lab schedule for other PHYS 2211 classes!

Check here frequently for links to lab handouts and files. PDF files require Adobe Reader, available for free download here.

Days:

Topic

Jan. 8-11

Pre-course evaluation, Vectors, Introduction to VPython
Files:
Vector Worksheet
Introduction to VPython
Computer model of a ball in a box


Jan 16-18, 22

Motion and Momentum, Computer model of 1-D motion
Files:
motion1.ds (Data Studio file)
Momentum lab instructions
Momentum lab worksheet
Computer model of fancart motion


Jan 22-25

LAB ON MONDAY (22 JAN) ONLY; NO TUES,WED, OR THUR LAB


Jan 29-31; Feb 1

Computer model: Gravitational force
Computer model: Orbital motion


Feb 5-8

Experiment: Spring-like forces, Young's modulus

Files:
Spring-like forces lab instructions
Analysis spreadsheet (Excel file)


Feb. 11-15

Computer model: Curving motion in planetary orbit
Whiteboard problem: Curving motion in a trajectory


Feb 19-22

Experiment: Energy and momentum of a fancart
Files:
Instructions
FancartEnergy_analysis.xls (Excel spreadsheet)
FancartEnergy.ds (Data Studio File)

Computer model: Mass on a spring
Spring_shell_3D.py


Feb 26-28;Mar 1

Computer model: Energy in orbital motion
Computer model: Energy in spring-mass program


Mar. 5-8

Computer models: Energy dissipation
Program shell file: projectile_shell.py
Problem: Nuclear fission


Mar. 12-16

Experiment: Running up stairs (system choice)
Experiment: Jumping up (point particle system)
Problem: Sliding friction
Problem: 8.P.25, page 299
Note:
No labs on Mar. 19-22 (Spring Break).


Mar 26-29

Computer model: Rutherford Scattering
VPython program shell: Rutherford Scattering
Problem: 2.P.45, page 71


Apr. 2-5

Experiment: Angular momentum
Files:
Data Studio file: angular_momentum.ds
Analysis spreadsheet: AngularMomentum_spreadsheet.xls


Apr. 9-12

Quantized energy and emission spectra
Problem: 7.P.26
Problem: Planetary collision
Bring textbook to lab!


Apr. 16-19

Computer model: Entropy
Files:
Instructions: VPython model of Entropy
Factorials, Combinations, and Bar Graphs in VPython
VPython program shell: Problem 11.P.38
VPython program shell: Problem 11.P.39


Apr 23-26

Computer model: Temperature and heat capacity
Files:
Instructions: Temperature and Heat Capacity
Factorials, Combinations, and Bar Graphs in VPython
VPython program shell: Problem 11.P.40
VPython program shell: Problem 11.P.41



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