Courses taught in Winter Term, 2004

• A quick overview
• Assignments
  • Assignment 1.|Solution to Assignment 1.
  • Assignment 2.|Solution to Assignment 2.
  • Assignment 3.|Solution to Assignment 3.
    
  • Assignment 4.|Solution to Assignment 4.
  • Assignment 5.| Solution to Assignment 5 -Part A. | Part B.
  • Assignment 6.| Solution to Assignment 6 was handed out in class.
  • Assignment 7.| Solution to Assignment 7 was handed out in class.
  • Assignment 8. Solution to Assignment 8.

  ---

• Goodies
  
  • If you own Maple: How to recapture the Maple Worksheet on which a web page is based? 
  • Practice for first test (MS-Word document).
    
  • Online Cal. II course on the Waterloo Maple website (courtesy of University of Wisconsin-Milwaukee Department of Mathematics).
  •  Sequences: Introduction   (Waterloo Maple website)
  •  Sequences: Convergence (Waterloo Maple website)

  ---

• Examples


•  More pictures of Solids of Revolution.
•  Maple Demonstration: Partial Fractions and related matters. (Also intended as a reference on Maple technique).
•  Sequences: comparing rates of growth
  
    
• Check this out! Two interesting sequences illustrating Fibonacci and the Golden Ratio.
  (Demonstration program written in the JavaScript language by yours truly. If you are here for the Math, just enjoy the page.
  If you are learning HTML/WebPage design, you are welcome to the source code.)
  
    
• The sequence that defines e increases towards e - a rigorous proof.
  
• Three interesting series.
• Parametric Curves and Arc Length.
  Note here that the integral giving the arc-length of the ellipse leads to a non-elementary function.
  Observe the method to approximate the arc length.

Web Page Design

• Test dates
  •  Class Test #1: February 27, 2004 (in the assigned classroom). | Checklist for Test#1, revised Feb. 10.
  • Example on Named Anchors and ID. Study the source!
  • Clarification: Class Test #2: April 16 (in Room 203).
  • Study Guide for Test#2

  ---

• Results:
  • New! Test Marks
  • Final Project specifications
    
  • Final Report

  ---

• Assignments
  • Assignment 1.
  • Assignment 2.
  • Assignment 3.
  • Assignment 4.
  • Assignment 5.

    ---

  • Style Sheet References online
  • Offering alternate style sheets to the user (Netscape 6 or higher)

  ---

• Examples
  • Lab on Folders and Links
  • Textbook's website (E. Castro)
  • Image Maps
  • Enrichment A simple JavaScript example. Science students: check it out!

Technical Drawing

• Test dates
  • Class Test #1: February 25 or Feb. 26, 2004 (tentative). | Checklist for Test#1: in progress.
    
  • Study Guide to be used with your textbook (updated February 19)
  • Pre-Test Checklist on Solid Edge
• New! Results of Test #2

---

• Assignments
  • Assignment 2. (.pdf file)
  • Assignment 3. has been placed on the network in the College Computer Lab. Due date: February 19.
  • Assignment 4. PDF file | HTML Due date, extended: Wednesday March 31.
  • Assignment 5.   (PDF file). Due in the class after Test #2.
  •   Study Guide for Test #2
    
    

    ---

• Final Project Update.
  In addition to what has been discussed in class, please note the following:
  
  •  If you are interested in the "Tinkertoy Project", an inventory of Tinkertoy parts can be seen in folder
         T:\Tech_drawing\Tinkertoy on the College network.
  •  Three sample "Tinkertoy" projects are available in my office for you to look at or borrow.
  •  Here is a short set of project guidelines originally written for the "Tinkertoy Project", but just as applicable to other project choices. [ PDF document | MS-Word document.]
  • A hardcopy of the "Mechanical Pencil Assembly" shown in class has been placed on reserve in the College Library.
  • Important! Project Folders created on the College network.

  ---

• Examples
  •  Geometric Constructions simulated with Solid Edge.
  •   List of Geometric Constructions that you should know (courtesy Dr. E. Regener).[.pdf file]  
  •  Dimensioning (courtesy Dr. E. Regener) [.pdf file]
• New! Goodies
  • Isometric Sketching Practice, selected solutions

• Links
  •  A nice summary of various Geometric Constructions, by a school in Lincolnshire, Illinois.

Back to Home page