Last modified: November 16, 2011

Homework Assignments

Physics 2200 Computational Physics

Fall Semester 2011

 Notations: X.Y.Z - problem No. Z in Section Y of Chapter X of the textbook

Homework 1

Covers the material not in the textbook

Due on: Wed, Sep 7, 2011

Problems: after the class discussion prepare a LaTeX document 'What programming language would I chose to teach an introductory "Computational Physics" class?'; discuss pros and contras of your choice. Due: before Midterm I

Reading/Video: Scallable computer programming languages, rants by M. Vanier (Caltech)

Reading/Video: Top 10 Algorithms of the 20th century

Reading/Video: What is Computational Physics?, by F. Vesely (U. of Vienna)

Homework 2

Covers the material not in the textbook

Due on: Wed, Sep 14, 2011

Problems: pdf [6.2K]

Reading/Video: Introduction to Linux: a Hands on Guide

Homework 3

Covers the material from Sections XXX of the textbook

Due on: Wed, Sep 21, 2011

Problems: pdf [ 12K]

Reading/Video: R. Morrison, "Lecture system in teaching science"

Reading/Video/Demo: Floating-point number systems - interactive module

Reading/Video/Demo: Quadratic Formula and catastrophic loss of precision - interactive module

Homework 4

Covers the material from Appendix F of the textbook

Due on: Wednesday, October 12

Problems: pdf [ 46K]

Homework 5

Covers the material from Chapters 4 of the textbook

Due on: Friday, October 28

Problems: pdf [ 17K]

Reading/Video/Demo: Gravitational Three Body Problem, Richard J. Gonsalves (University at Buffalo, SUNY)

Reading/Video/Demo: Collection of Remarkable Three-Body Motions, Eugene Butikov (St. Petersburg Institute of Fine Mechanics and Optics, Russia)

Homework 6

Covers the material from Appendix C of the textbook

Due on: Friday, November 18

Problems: pdf [7.0K]

Homework 7

Covers the material from Chapters 10, Sections 10.1-10.3 of the textbook

Due on: Wednesday, November 30

Problems: pdf [ 45K]

Homework grades / submission records

 Legend:


        ID      HW01      HW02      HW03      HW04  ...
    
   0482286         e       100
   0552738         e         -
   1375775         e       100         +
   1458166         e       100
   1488650         e         -
   1561482         e       100         +
   1562852         e         -
   1564987         e         -
   1570106         e         -
   1626722         e       100         +
   1628574         e       100
   1641974         e       100
   1678542         e       100
   1678941         e         -
   1718374         e       100         +
    

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© 2011 Michael Rozman (rozman@phys.uconn.edu)
Last modified: November 16, 2011
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