Towson University---Mathematics Department

CULTURAL AND PHILOSOPHICAL BACKGROUND OF MATHEMATICS
MATH 602.562 PG county (old) Middle School cohort section
MATH 602.563 non-cohort section

note: Dr Reza Sarhangi will also offer this course as MATH 602.211 (Baltimore County cohort) and MATH 602.212 (non-cohort). Check with the Mathematics Dept for information.  This webpage is only for sections 562 and 563.

Fall 2008

professor: Dr. Lawrence Shirley
phone: 410-704-3500
fax: 410-704-3434
e-mail: LShirley@towson.edu
personal web-page: http://pages.towson.edu/shirley
office: 218-E in 7800 York Road (note: This office is in the Graduate College, not the Mathematics Department)
office hours: immediately before or after class (in the classroom) or by appointment
class meetings:  Wednesdays 5:00 - 7:40 pm, September 3 - December 10 (exam due December 17)
      at the Howard Community College Laurel Center (suite 314), 312 Marshal Street, Laurel MD, (map)
                (building contact: Nancy Greinberg, phone 410-772-4160 or GRINBENL@pgcc.edu )
course registration is on-site at the first class meeting, September 3, 5:00 pm
program director: Dr Wei Sun [wsun@towson.edu]; program: M.S. in Mathematics Education

Catalog Course description:  Meanings and origins of mathematics and fundamental mathematical concepts, schools of philosophical thought on mathematics, cultural basis of mathematics, ethnomathematics, mathematics in the real world, philosophy and purpose of mathematics education, current issues in the direction of mathematics and mathematics education, role of the mathematics teacher in current debates. Prerequisite: Admission to Master's in Mathematics Education program. (G) (3 credits)

A full (hard-copy) syllabus and a bibliography is distributed in class.  This webpage partially duplicates and supplements the syllabus and bibliography, and, in addition, includes relevant links .

Scroll down or jump immediately to:
Objectives, Texts, Topic Outline, Assignments, Final ExamBibliography, Class Regulations, Links, Roster and Seating Chart, References for NCATE and Contacts .

COURSE OBJECTIVES

Students in this course should:

1. gain greater insight into the philosophical and logical foundations underlying the fields of mathematics and mathematics education.

2. recognize sources of mathematics from cultures and human activity

3. become familiar with aspects of the culture of mathematics

4. fit current issues of mathematics and mathematics education into the structures of logical foundations, philosophies, and cultures.

5. gain competence to discuss and deal with issues of mathematics and mathematics education.

6. recognize the important role of mathematics teachers in discussions of curriculum, instruction, and assessment issues of mathematics education.

[Note: Students will also be introduced to Towson University's Essential Dispositions for Educators at the level of  Preassessment (Candidate Self-Evaluation)]

TEXTS

Required (available in the University Store; links go to the listing in Amazon.com; or for comparison shopping, try Campus Books4Less)

---Ascher, Marcia (1991) Ethnomathematics: a multicultural view of mathematical ideas, Wadsworth. ISBN 0-412-98941-7 

---Hersh, Reuben (1997) What is Mathematics, Really?  Oxford University Press.  ISBN 0-19-511368-3

---Powell, Arthur and Frankenstein, Marilyn (editors) (1997) Ethnomathematics: Challenging Eurocentrism in Mathematics Education, State University of New York Press  ISBN 0-7914-3352-8

----also, handouts are distributed and references are made to Links below.

Recommended:

---Davis, Philip, and Hersh, Reuben (1981) The Mathematical Experience, Birkhauser. ISBN 0-395-92968-7
---National Council of Teachers of Mathematics (2000) Principles and Standards of School Mathematics, NCTM [available on-line to NCTM members] ISBN 0-87353-480-8

----Also, students should consult  links given below and books from the bibliography (paper copy distributed in class) as necessary

BIBLIOGRAPHY (click here)

TOPIC OUTLINE
(subject to possible changes--including weather-related--which will be announced)
date general topic
[Due dates for assignments are noted in  brackets; assignments are described below]
(also see related Links below)
reading
(to be completed before class)
the code for the texts is:
RH=Hersh
MA=Ascher
P&F=Powell & Frankenstein
NCTM=Principles and Standards)
 math culture topic
  (see related Links below)
 September 3  REGISTRATION; course organization; "pre-test" and demographics; Essential Dispositions for Educators RH: Preface; "Dialogue with Laura"  history of mathematics review
 history links
 September 10   early ideas of philosophy of mathematics,
         to c. 1800
RH 6,7 history/philosophy links  favorite, special numbers
 number links
 September 17 crises in philosophy of mathematics:
non-Euclidean geometry, set paradoxes, Gödel; responses
RH 8,9 history/philosophy links  nominal numbers, gematria
 number links
 September 24  developing a philosophy of mathematics
 ["Platonic/formalist ideas in school math" due]
RH 2-5  mathematical objects
 objects links
October 1  humanist/socio-cultural philosophy of mathematics RH 1, 10-13  folding paper
 origami links
 October 8  ethnomathematics: ethnic mathematics
 
MA Intro, 1,3,4; P&F 11,15
ethnomathematics links
 games I
 games I links
 October 15

ethnomathematics: other cultures

MA 2,5,6,7; P&F (9?),10  networks
Friday, October 17 Maryland Council of Teachers of Mathematics Annual Meeting, Eastern Technical High School, Essex
 October 22  ethnomathematics political issues:
diversity, equity, global education
 
P&F 7,13,14,18
socio-political links
 games II
 games II links
 Monday, October 27  Graduate Lecture Series: Dr Martha Kumar speaks on Presidential Transitions
---reception at 6:30, talk at 7:00; in the Potomac Lounge, University Union, on the TU campus
 October 29 individual presentations:
  "Mathematics in MY OWN Culture"
P&F 1,12,16,17  
Friday, October 31 Halloween!  (Boo!)  (actually, this is related to the math culture topic for December 3)
 November 5

 individual presentations:
  "Mathematics in MY OWN Culture"
[global essay due]
"Lockhart's Lament"
and follow-up 
 
 November 12 individual presentations:
  "Mathematics in MY OWN Culture"
   
 November 19  philosophy of mathematics education
[Math in MY Culture write-up due]
NCTM-PSSM: Chap 2 "Principles";
review RH 2,13(criteria for philosophy)
 magic squares
 magic square links
 November 26   no class, Thanksgiving holiday    
December 3, 2008
Kislev 6, 5769
DhulOi'dah 5, 1429
(elder-earth rat-4706
    11-6)
 applying philosophy:
issues in mathematics education
 
  [philosophy essay due]
NCTM-PSSM: Chap 2 "Principles"
"Math Wars" handout via e-mail
links to organizations and issues
 calendars
 calendar links
 December 10

review; distribute  take home final exam  
             
due by Wednesday, December 17, 5 pm

   jokes!
 links to math jokes & literary math


ASSIGNMENTS (approximate percentage weightings for grading are given)

1. Read assigned chapters and other readings and be ready for discussion and questions (10%)  (participation in discussion will be taken into account)

2. Write between one and two pages (200-500 words), describing where you see Platonic and formalist philosophies of mathematics being applied in school mathematics curricula and/or instructional practices (especially in your own school). Due September 24.(15%)

3. Prepare a presentation of about 20-25 minutes on the mathematics of some area of your own cultural heritage and/or your non-professional life. "Cultural heritage" may be defined very broadly: race, ethnicity, religion, geography of hometown, family customs, social class, hobbies, life experiences. The presentation should explain how the topic fits your personal culture, give information on the topic's details, and show some mathematics related to the topic.  Include any appropriate visuals, handouts, activities, etc.  October 29, November 5, or November 12 (specific date to be assigned).

Also write up a five-to-eight page (roughly 1250-2000 words) summary of the presentation, including materials and references. The written paper is due November 19 (25% for presentation and paper)

Math in MY OWN Culture: topic choices (to be listed here)

4. Write a one-to-two page essay (200-500 words) on the values of incorporating a global perspective into mathematics classes at the level where you teach. Organize the essay as though it were a memo to your principal or department head, urging greater global and multicultural content in classes--especially mathematics (with justification and suggestions) Note: The content of this paper is based on the class discussion and activities of October 22 and relates to  "Mathematics in Global Education Programs"  Also, check the related links.  Due November 5 (15%)

5. Write a one-to-two page essay (200-500 words) on your own philosophy of mathematics education and teaching, reflecting our review of philosophies of mathematics and mathematics education and their implementation. This should grow out of the discussion of the November 19 class.  Maybe some of these mathematics education links will assist you.  Due December 3 (15%)

FINAL EXAM

A take-home final exam will be distributed at the class meeting on December 10 and by email attachment on December 11.  It is due by Wednesday, December 17, at 5 pm.  It may involve additional research in the library and/or the Web. (20%) It can be submitted by fax (410-704-3434) or as e-mail ( LShirley@towson.edu) or in hard-copy to 218-E in 7800 York Road (postal: Lawrence Shirley, College of Graduate Studies and Research, Towson University, 8000 York Road, Towson MD 21252-0001).

CLASS REGULATIONS AND EXPECTATIONS

--Attendance is expected at all classes and assignments are due on the date announced. Potential absences or late submissions need to be discussed with the instructor ahead of time and unexpected absences need documentation..  Infringements may result in loss of credit.
--Plagiarism is, of course, not acceptable. Any use of the material of others must be documented, including Web-based material. Documentation does not sanction direct copying of text or ideas except in indicated quotations.  See the University policy statementAny academic dishonesty will normally result in a grade of zero for that work and may result in greater sanctions.
--Grading will be based on quality of written work and participation in class, weighted as indicated above
--Any student who needs an accommodation due to a disability should make an appointment to discuss the accommodation.  A memo from Disability Support Services authorizing the accommodation is required.


LINKS

MATHEMATICS CONTENT AND HISTORY (especially relevant to philosophy)

-- Notes on the history of mathematics from the webpage of the MATH 301 course; also with many history-related links.
--Biographies of historical mathematicians (nearly 1800 names!) and other topics
----including Pythagoras, Aristotle, Plato, Euclid, Ptolemy, Descartes, Newton, Leibniz
, Bolyai, Lobachevsky, C. Peirce, Poincaré, Cantor, Frege, Russell, Hilbert, Gödel, Pólya, Lakatos, Erdös and hundreds more!
--Euclid's Elements, complete with dynamic linking cross-references
--Non-Euclidean geometry
--Hilbert's 23 problems and their disposition; and another similar list; and another list, with more references.
-- Gödel's Proof
--The Clay Mathematics Institute offers $1 million prizes for the solution of each of the seven currently unsolved "Millennium Problems"
--MathWorld--a great site to look up math content and terminology
--current mathematics news: MathWorld Headline News
--Philosopher Immanuel Kant
--Piaget's educational theory

ETHNOMATHEMATICS, MATHEMATICS OF OTHER CULTURES, GLOBAL RESOURCES

--International Study Group on Ethnomathematics
----ethnomathematics links
----syllabi of ethnomathematics courses elsewhere
--For future reference: the Fourth International Conference on Ethnomathematics (in Towson, late July 2010)
--counting to ten in more than 5000 languages
--play oware on-line (slightly different rules than those used in class)
--References to mu torere: description, more technical, a computer program in BASIC
--references on the mathematics of Islam and more Islamic math. Here is a conversion to the Islamic calendar. This is a more technical, scientific explanation of the Islamic lunar calendar.
--Jewish calendar; conversions
--information on the Chinese calendar and more Chinese calendar details; conversions
--School of the Seasons: information on traditional calendar, mostly Europe, especially Celtic
 --outline of a conference presentation on ethnomathematics
--a paper on "Mathematics in Global Education Programs" from ICEM-3 (full text and references)
--the International Studies Schools Association
--"Teaching Statistics with Social Justice"--a good argument with good resources
--Peace CorpsNational Peace Corps Association (the organization of returned Peace Corps Volunteers)
-----Global TeachNet (assistance for international education)  World Wise Schools (connecting with a Peace Corps Volunteer)
--data and statistics from The World Bank, the US Census Bureau, the Population Reference Bureau, and the United Nations
--UN Millennium Goals (eight development goals for 2015)
--WorldMapper--world maps with country areas proportional to measures of interest.
--A talk using amazing graphics to break myths about the developing world (a 20-minute video) (from TED.com); more at gapminder.org
--HIV/AIDS data in a data-processing lesson Lesson Plans for WorldView Magazine, Special Issue on HIV/AIDS,18, 2, May 2005
--RadicalMath looks at blending mathematics content and issues of social justice. Similarly, the Algebra Project considers algebra and the opportunity to learn mathematics as civil rights.  Rethinking Schools--a nonprofit educational publisher on school reform (including mathematics), with a focus on issues of equity and social justice
--the life and work of Paolo Freire, Brazilian philosopher and educator
--Not as course reading, but for general awareness, I highly recommend Thomas Friedman's 2005 book The World is Flat. (revised in 2006; third edition may now be available)

MATHEMATICS EDUCATION: ORGANIZATIONS AND "MATH WARS"

--an outline of the history of mathematics education in the 20th century
--International Congress of Mathematical Education (ICME-11) was in Mexico, July, 2008; ICME-12 will be in Seoul, Korea, July 8-15, 2012.
--National Council of Teachers of Mathematics (2009 Annual Meeting in Washington DC)
-----Principles and Standards of School Mathematics on-line
--Maryland Council of Teachers of Mathematics  (Annual Meeting, October 17, 2008)
--Maryland State Department of Education
--The Math Forum @ Drexel (issues, resources, problems, etc.)
--The Mathematics Curriculum Center of the Educational Development Center
--The Eisenhower National Clearinghouse: info on curriculum development and implementation (a subscription site)
--Mathematically Correct
--Mathematically Sane
--an MAA group trying to settle disagreements by finding common ground
--Math is More A group looking for a coordinated effort to improve mathematics education nation-wide.
--Report of the National Mathematics Advisory Panel, March 2008 [press release]

OTHER CULTURE OF MATHEMATICS

--conference presentation on numbers (with interesting links)
--BIG numbers by counting pennies (Also, follow the links at the end for terminology and more sense of BIG numbers)
--a suggestion for names for big numbers
--a great index of terms for sizes, units, time, numbers, etc.
--primes, Mersenne primes, and perfect numbers (and how YOU can join the search)
--repunits (1,11,111,1111, etc.)
--dollar words and gematria calculations
-- minimal surfaces (with average curvature of zero); Costa surface
--Virtual Math Museum
--four-dimensional hypercube (tesseract) in 3-D (note: If you have red-blue 3-D glasses, you can use them. Otherwise, press the"stereo" button twice to get a double image. Then cross your eyes to produce a third image between the two. Watch that one. The page also has some instructions and other "cool" images below the tesseract. Enjoy!)
--Klein bottle pictures and for sale
-- fractals, and fractint, which is software for playing with fractal images.
--hexaflexagons and more hexaflexagons
--mathematical origami; Lang=a leading origamist; more origami links and some origami basics
--Play tic-tac-toe in 3-D (4x4x4) or 4-D (3x3x3x3)
--information and links about the game of Hex.  Here you can play it.
--a page on Nine Men's Morris. Here you can play it.
--magic squares: for educational use and more; more technical details (with many links)
--some classic math jokes, and more good math jokes
--more broadly, here is a page of mathematical fiction.
--The film "Proof" (with Gwyneth Paltrow and Anthony Hopkins) shows some of the back-side of mathematics.
-- Martin Gardner's collected columns (available on CD-ROM)

As I find more interesting links, I'll put them up. See also my personal home page mathematics links.
If you find good webpages related to any aspect of this course, let me know.

NCATE REFERENCES

As Towson University's Teacher Education program faces renewal of its accreditation, the following items demonstrate compliance with various standards of the National Council for Accreditation of Teacher Education (NCATE)

--Essential Dispositions for Educators--Advanced Programs: The Dispositions are introduced in the first class meeting and students do a self-evaluation.
--Assessment literacy components: Assessment issues are included in the discussion of mathematics education issues.
--Signature assessments: Pre-test, three short papers, one oral presentation with paper, final exam
--Reference to standards: National Council of Teachers of Mathematics: Principles and Standards of School Mathematics(2000), Chapter 2 (used as assigned reading); and Professional Standards for Teaching Mathematics (1991) "Standards for the Professional Development of Teachers of Mathematics" Standard 2 (bullets 4, 7, 8) and "Standards for the Support and Development of Mathematics Teachers and Teaching"  Standard 2 (generally)
--Reference to Voluntary State Curriculum and Maryland Core Learning Goals:   This course for experienced teachers does not cover PK-12 content as described in the VSC or Core Learning Goals, but the philosophical and cultural background of mathematics should help the teachers see mathematics from a deeper and more sophisticated point of view, thus broadening and strengthening their ability to cover all mathematical topics.  
--Towson University's Conceptual Framework for Professional Education: MATH 602 fits into the Mission to "inspire, educate and prepare facilitators of active learning for diverse and inclusive communities of learner in environments that are technologically advanced" by satisfying several of integrated themes of the Vision: The reflective view of the philosophy of mathematics helps ensure academic mastery; the review of ethnomathematics helps prepare educators for diverse and inclusive classrooms; applying philosophy helps develop professional conscience and provide leadership through scholarly endeavors.

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CONTACTS
If you have questions or comments, send e-mail to Dr. Shirley

You are also invited to visit Dr. Shirley's homepage, where you will find his biography with related links, his phone and other contacts, and a collection of other interesting links (including some other links on mathematics, mathematics culture, and mathematics education).

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but, contrary to the premise of this course....here's a quote from the French mathematician Henri Lebesgue (1875 - 1941):

"In my opinion, a mathematician, in so far as he is a mathematician, need not preoccupy himself with philosophy--an opinion, moreover, which has been expressed by many philosophers."  quoted in Scientific American 211 (September 1964)
:-)

also--

"A good mathematical joke is better, and better mathematics, than a dozen mediocre papers."
John Littlewood (1885-1977) A Mathematician's Miscellany, 1953
:-)



This webpage was last updated on 4 September 2008

All links checked on 8 August 2008 (if you find a bad link, please inform Dr. Shirley)


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BIBLIOGRAPHY [required course texts are in bold]

African Americans in Science, Mathematics, Medicine, and Invention (1993), Peoples Publishing.

Ascher, Marcia (1991) Ethnomathematics: a Multicultural View of Mathematical Ideas, Brook-Cole Publishing Company.

Ascher, Marcia (2002) Mathematics Elsewhere: An Exploration of Ideas across Cultures, Princeton University Press.

Atkins, Peter (2003) Galileo's Finger: The Ten Great Ideas of Science, Oxford: Oxford University
Press

Barrow, John D. (1992) Pi in the Sky: Counting, Thinking, and Being, Clarenden Press, Oxford. Bazin, Maurice, Tamez, Modesto, and the Exploratorium Teacher Institute (2002) Math and Science Across Cultures: Activities and Investigations from the Exploratorium, The New Press (Norton).

Bishop, Alan (1988) Mathematical Enculturation: A Cultural Perspective on Mathematics Education, Kluwer.

DAmbrosio, Ubiratan (1992, English translation by Patrick B. Scott, 1998) Ethnomathematics: The Art or Technique of Explaining and Knowing, International Study Group on Ethnomathematics.

Davis, Philip (2006) Mathematics and Common Sense: A Case of Creative Tension, A.K. Peters.

Davis, Philip, and Hersh, Reuben (1981) The Mathematical Experience, Birkhauser. [recommended text]

Devlin, Keith (2002) The Millennium Problems, Basic Books.

Eglash, Ron (1999) African Fractals: Modern Computing and Indigenous Design, Rutgers University Press.

Ernest, Paul (1991) The Philosophy of Mathematics Education, Falmer Press.

_____(editor) (1994) Mathematics, Education, and Philosophy: An International Perspective, Falmer Press.

Everybody Counts (1989) National Academy Press (for National Research Council).

Fadiman, Clifton (1957, 1997) Fantasia Mathematica, Springer-Verlang.

_____ (1962, 1997) The Mathematical Magpie, Springer-Verlang.

Frankenstein, Marilyn (1994) "Critical Mathematics Education: Bringing multiculturalism to the mathematics classroom" in M.M. Atwater, K. Radzick-March, & M. Strutchens (eds) Multicultural Education: Inclusion of All, The University of Georgia.

Friedman, Thomas L. (2005) The World is Flat: A Brief History of the Twenty-First Century, Farrar, Straus and Giroux.

Freudenthal, Hans (1973) Mathematics as an Educational Task, D. Reidel Publishing Company.

_____ (1978) Weeding and Sowing: Preface to a Science of Mathematical Education, D Reidel Publishing Company.

Gardner, Martinmany books on recreational (but substantive!) mathematics, now collected in (2005)Martin Gardners Mathematical Games: The Entire Collection of his Scientific American Columns (CD format), Mathematical Association of America.

Gay, John and Cole, Michael (1967) The New Mathematics and an Old Culture (A Study of Learning among the Kpelle of Liberia) Holt, Rinehart and Winston.

Gutstein, Eric and Peterson, Bob (editors) (2005) Rethinking Mathematics: Teaching Social Justice by the Numbers, Rethinking Schools, Ltd.

Hersh, Reuben (1997) What is Mathematics, Really? Oxford University Press.

Hofstadter, Douglas (1979) Gdel, Escher, Bach: An Eternal Golden Braid, Vintage Books.

Ifrah, Georges (1994) The Universal History of Numbers, Wiley.

Irons, C., Burnett, J., & Hoo Foon, S.W. (1993) Mathematics from Many Cultures, Mimosa Publications.

Kaplan, Robert (1999) The Nothing that Is: A Natural History of Zero, Oxford University Press.

Kasner, Edward, and Newman, James (1940) Mathematics and the Imagination, Penguin Books.

Kline, Morris (1953) Mathematics and Western Culture, Oxford University Press.

_____ (1962) Mathematics: A Cultural Approach, Addison-Wesley.

Kuhn, Thomas (1962) The Structure of Scientific Revolutions, University of Chicago Press.

Lakatos, Imre (1976) Proofs and Refutations, Cambridge University Press.

Lerman, Stephen (editor) (1994) Cultural Perspectives on Mathematics Classrooms, Kluwer.

Livio, Mario (2002) The Golden Ratio: The Story of Phi, the Worlds Most Astonishing Number, Random House.

Mazur, Barry (2003) Imagining Numbers (particularly the square root of minus fifteen), New York: Farrar Straus Giroux

Multiculturalism in Mathematics, Science and Technology: Readings and Activities (1993) Addison-Wesley.

National Council of Teachers of Mathematics (1989) Curriculum and Evaluation Standards for School Mathematics, NCTM

_____ (1990) Teaching and Learning Mathematics (1990 Yearbook), NCTM.

_____ (1991) Professional Standards for Teaching Mathematics, NCTM.

_____ (1995) Assessment Standards for School Mathematics, NCTM.

_____ (1995) Connecting Mathematics Throughout the Curriculum (1995 Yearbook), NCTM.

_____ (1997) Multicultural and Gender Equity in the Mathematics Classroom: The Gift of Diversity (1997 Yearbook), NCTM.

_____ (2000) Learning Mathematics for a New Century (2000 Yearbook), NCTM.

_____ (2000) Principals and Standards for School Mathematics, NCTM.
[recommended text](full text is available to members only--on-line at http://standards.nctm.org )

______(2006) Curriculum Focal Points for Prekindergarten through Grade 8 Mathematics NCTM.

Nelson, D., Joseph, G.G., Williams, J. (1993) Multicultural Mathematics, Oxford University Press.

Newman, James (editor) (1956) The World of Mathematics (4 volumes), Simon & Schuster.

Papert, Seymor (1980) Mindstorms: Children, Computers and Powerful Ideas, Basic Books.

Paulos, J.A. (1988) Innumeracy: Mathematical Illiteracy and its Consequences, Vintage Books.

Pickover, Clifford (2005) A Passion for Mathematics: Numbers, Puzzles, Madness, Religion, and the Quest for Reality, Wiley.

Pólya, George (1945) How to Solve It, Princeton University Press.

_____ (1962) Mathematical Discovery (two volumes), John Wiley & Sons.

Powell, Arthur, and Frankenstein, Marilyn (eds) (1997) Ethnomathematics: Challenging Eurocentrism in Mathematics Education, State University of New York Press.

Shirley, Lawrence (1995) "Using Ethnomathematics to Help Find Multicultural Mathematical Connections" in National Council of Teachers of Mathematics (1995) Connecting Mathematics Across the Curriculum (1995 Yearbook), NCTM.

_____ (2000) "Twentieth Century Mathematics: A Brief Review of the Century" Mathematics Teaching in the Middle School, 5,5 (January 2000), 278-285.

_____ (2001) "Ethnomathematics as a Fundamental of Instructional Methodology" Zentralblatt fr Didaktik der MathematikInternational Reviews on Mathematical Education, issue 2001/3 (handout to be distributed).

_____ (2006) "Ethnomathematics in Global Education Programs" Third International Conference on Ethnomathematics, Auckland, New Zealand (proceedings forthcoming)

(also http://www.towson.edu/~shirley/global.htm  )

Singh, Simon (1997) Fermats Enigma, Walker and Company.

Steen, Lynn Arthur (editor) (1992) On the Shoulders of Giants: New Approaches to Numeracy, National Academy Press (for National Research Council).

_____ (editor) (1997) Why Numbers Count: Quantitative Literacy for Tomorrows America, The College Board.

Stewart, Ian (1975, 1995) Concepts of Modern Mathematics, Penguin Books (reissued by Dover).

_____ (1996) From Here to Infinity, Oxford University Press,

Taylor, Alan D. Social Choice and the Mathematics of Manipulation, Mathematical Association of America.

Tobias, Sheila (1978, 1993) Overcoming Math Anxiety, W.W. Norton & Company.

Wilder, Raymond L. (1965) The Foundations of Mathematics, John Wiley & Sons.

Zaslavsky, Claudia (1973, 1999) Africa Counts: Number and Pattern in African Culture, Lawrence Hill Books.

_____ (1996) The Multicultural Mathematics Classroom, Heinemann.

 

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Roster of Registered Students--Fall 2008

Section 562 (PG County Cohort)
Blue, Bridgette (Bladensburg ES)
Bowman, Audrae (Imagine Foundations PCS)
Burroughs, Rhonda (Forest Heights ES)
Cherry, Kim (ISSC)
Fisher, Angela (Berkshire ES)
Jones, Mary (Nicholas Orem MS)
Long, Michael (Martin Luther King, Jr MS)
Olubo, Moses (Wise HS)
Pollack, Patrice (Dodge Park ES)
Shin, Hyunah (Carole Highlands ES)

Section 563 (non-cohort)
Boling II, Charles (Howard HS)
Jenkins, Courtney (Bryn Mawr School)
Phillips, Victoria (Roland Park MS)
Trail, Matthew (South Carroll HS)


SEATING CHART

--to be posted here after the second class meeting

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