Summary of Assignments for Geometry - Venema Edition 2

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Schedule of Assignments

Assignments are from the textbook:
Foundations of Geometry, Second Edition by Gerard A. Venema,
Prentice Hall, 2012 ISBN: 978 0 13 602058 5
Please keep a portfolio of your written work. Be prepared to discuss your assignment solutions in class. Show faculty your completed assignments at the end of the week.

In general, be sure you do the chapter reading before class and be prepared to ask questions and discuss the ideas and proofs in the chapter. You don't need to complete the problems before class because we'll work on them in class. It will help to read and understand what the problems are asking before you come to class.

 Class Topic                Assignment Reading and Problems 
 ----- -----                -------------------------------
   1   Euclid's Elements    Read Chapter 1 and Appendix A
                            Do problems: 
                            Ch 1 Sec 1.6:  3,6,8, *(7,9,10)  * means extra credit
                            Note: Problem 3 is an explanation not a real proof
                                  (because we don't know what the ancient systems were)
                            Additional problems:
                            (a) Write up Euclid Proposition 1 as a "two-column" proof
                                using the outline given in class (thm stmt, givens, show, idea, proof)
                            (b) Find the propositions of Euclid that correspond to each
                                of the three constructions of problem 1.6 in the text and
                                give the two-column proofs for each.
                            
   2   Incidence Geometry   Read Chapter 2 Sections 2.1 to 2.4
        & Models            Ch 2 Sec 2.4: 1-8,11,12, *(9,10)
                            
   3   Logic & Proofs       Read Chapter 2 Sections 2.5, 2.6
                            Ch 2 Sec 2.5: 1-12

   4   Numbers & Proofs     Read Chapter 2 Section 2.6 and Appendix E
                            Ch 2 Sec 2.6: 1-4
                            Additional problems:
                            (a) Convert the proof of Theorem 2.6.2 p33 to a two-column proof
                            (b) Prove that the square of an odd positive integer is always odd.
                            (c) Prove that if a^2 is even then a must be even.

Present portfolio work for Chapter 1,2  


   5   Plane Geometry       Read Chapter 3 Sections 3.1 to 3.3
                            Ch 3 Sec 3.2: 1,2,3,5,6,7,17,19,21, *(15,18)
                            Ch 3 Sec 3.3: 5, *(3,4)

   6   Plane Geometry       Read chapter 3 Sections 3.4 to 3.7
                            Ch 3 Sec 3.4: 1
                            Ch 3 Sec 3.5: 2,4,5, *(3)
                            Ch 3 Sec 3.6: 1
                            Ch 3 Sec 3.7: 1,2

   7   Finish portfolio work for Chapter 1,2,3  


   8   Neutral Geometry     Read chapter 4.1-4.4.
                            Ch 4 Sec 4.1: 1,2
                            Ch 4 Sec 4.2: 1,4,5
                            Ch 4 Sec 4.3: 2, *(7)
                            Ch 4 Sec 4.4: 1,2

   9   Neutral Geometry     Read chapter 4.5-4.9.
                            Ch 4 Sec 4.5: 1,2
                            Ch 4 Sec 4.6: 1
                            Ch 4 Sec 4.7: 1, *(2)
                            Ch 4 Sec 4.8: 5, 8 (choose parts to do for 5,8)

Present portfolio work for Chapters 1,2,3,4


  10   Euclidean Geometry   Read chapter 5.1-5.4.
                            Ch 5 Sec 5.1: 2
                            Ch 5 Sec 5.3: 2 *(1,3) You may substutute * problem
                            Ch 5 Sec 5.4: 3 *(1,2) You may substutute * problem

  11   Hyperbolic Geometry  Read chapter 6.1-6.3, 6.6, 6.9
                            Ch 5 Sec 6.1: 2,3 
                            Ch 5 Sec 6.2: 1,2 
                            Write a paper summarizing the key concepts of
                              hyperbolic geometry along with the corresponding
                              results presented in sections 6.1, 6.2, 6.3, 6.6
                              of the textbook. Write the story you want to tell
                              about hyperbolic geometry to your students.
                              Four pages typed (est).
                                  
  12   Transformations      Read chapter 10.1-10.5
                            All Portfolio Work Due

Submit portfolio work for Chapters 1-6


* Extra credit problems