Record Details



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The joy of thinking : the beauty and power of classical mathematical ideas / the Teaching Company.

Burger, Edward B., 1963- (Added Author). Starbird, Michael. (Added Author). Stonebarger, Tamara. (Added Author). Dunton, Tom. (Added Author). Teaching Company. (Added Author).

Summary:

The world of mathematics contains some of the greatest ideas of humankind--ideas comparable to the works of Shakespeare, Plato, and Michelangelo. These mathematical ideas can add texture, beauty, and wonder to your life, without being a mathematician! This course explores the fourth dimension, coincidences, fractals, aesthetics, the allure of number, geometry, and how great mathematical ideas arise, along with learning to think abstractly, to grasp insightful strategies for approaching, enjoying, and understanding the world--not what is traditionally thought of as mathematics.

Record details

  • ISBN: 1565857690
  • ISBN: 9781565857698
  • ISBN: 9791565857697
  • Physical Description: 4 videodiscs (approximately 720 min.) : sound, color ; 4 3/4 in. + 1 course guidebook (viii, 129 pages ; 19 cm).
  • Publisher: Chantilly, VA : Teaching Co., ©2003.

Content descriptions

General Note:
Course guidebook includes professor biographies, statement of course scope, lecture outlines and notes, timeline, glossary, biographical notes, and bibliography.
Formatted Contents Note:
Disc 1: Part 1. Lecture 1. Great ideas that bring our world into focus ; Lecture 2. How many? Counting surprises ; Lecture 3. Fermat's last theorem and the allure of number ; Lecture 4. Pining for nature's numbers ; Lecture 5. Sizing up the Fibonacci numbers ; Lecture 6. The sexiest rectangle.
Disc 2: Part 1. Lecture 7. Hidden beauty of the golden rectangle ; Lecture 8. Pythagorean theorem and geometry of ellipses ; Lecture 9. Not-so-Platonic relationships in Platonic solids ; Lecture 10. Hunting for a sixth Platonic solid ; Lecture 11. Is there a fourth dimension? Can we see it? ; Lecture 12. The invisible art of the fourth dimension.
Disc 3: Part 2. Lecture 13. A twisted idea: The Möbius band ; Lecture 14. A one-sided, sealed surface: The Klein bottle ; Lecture 15. Ordinary origami: Creating beautiful patterns ; Lecture 16. Unfolding paper to reveal a fiery fractal ; Lecture 17. Fractals: Infinitely complex creations ; Lecture 18. Fractal frauds of nature.
Disc 4: Part 2. Lecture 19. Chance surprises: Measuring uncertainty ; Lecture 20. Door number two or door number three? ; Lecture 21. Great expectations: Weighing the uncertain future ; Lecture 22. Random thoughts: Randomness in our world ; Lecture 23. How surprising are surprising coincidences? ; Lecture 24. Life lessons learned from mathematical thinking.
Creation/Production Credits Note:
Producer, Tamara Stonebarger ; academic content supervisor, Ann Waigand; director, Tom Dunton ; camera, Jon Leven, Damion Smith, Tom Dooley.
Participant or Performer Note:
Twenty-four lectures of thirty minutes each by Dr. Edward B. Burger, Professor of Mathematics and Chair of the Department of Mathematics and Statistics, Williams College and Michael Starbird, Professor of Mathematics and Distinguished Teaching Professor, The University of Texas at Austin.
System Details Note:
DVD.
Subject:
Mathematics.
Fermat's last theorem.
Fibonacci numbers.
Golden section.
Pythagorean theorem.
Polyhedra.
Fourth dimension.
Möbius function.
Fractals.
Uncertainty.
Coincidence theory (Mathematics)

Available copies

  • 2 of 2 copies available at Northwest Indian College.

Holds

  • 0 current holds with 2 total copies.
Show Only Available Copies
Location Call Number / Copy Notes Barcode Shelving Location Status Due Date
Lummi Library DVD 416 A&B QA 7 .B87 2003 Pt. 1 273916 DVD Available -
Lummi Library DVD 416 C&D QA 7 .B87 2003 Pt. 2 273915 DVD Available -

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020 . ‡a1565857690
020 . ‡a9781565857698
020 . ‡a9791565857697
02842. ‡a1423 ‡bTeaching Company
02842. ‡a1421--1422 ‡bTeaching Company
035 . ‡a(OCoLC)54070484
05014. ‡aQA7 ‡b.B87 2003d
08204. ‡a510 ‡222
24504. ‡aThe joy of thinking : ‡bthe beauty and power of classical mathematical ideas / ‡cthe Teaching Company.
24630. ‡aBeauty and power of classical mathematical ideas
260 . ‡aChantilly, VA : ‡bTeaching Co., ‡c©2003.
300 . ‡a4 videodiscs (approximately 720 min.) : ‡bsound, color ; ‡c4 3/4 in. + ‡e1 course guidebook (viii, 129 pages ; 19 cm).
336 . ‡atwo-dimensional moving image ‡btdi ‡2rdacontent
337 . ‡avideo ‡bv ‡2rdamedia
338 . ‡avideodisc ‡bvd ‡2rdacarrier
4901 . ‡aGreat courses, Science & mathematics
538 . ‡aDVD.
5110 . ‡aTwenty-four lectures of thirty minutes each by Dr. Edward B. Burger, Professor of Mathematics and Chair of the Department of Mathematics and Statistics, Williams College and Michael Starbird, Professor of Mathematics and Distinguished Teaching Professor, The University of Texas at Austin.
508 . ‡aProducer, Tamara Stonebarger ; academic content supervisor, Ann Waigand; director, Tom Dunton ; camera, Jon Leven, Damion Smith, Tom Dooley.
500 . ‡aCourse guidebook includes professor biographies, statement of course scope, lecture outlines and notes, timeline, glossary, biographical notes, and bibliography.
520 . ‡aThe world of mathematics contains some of the greatest ideas of humankind--ideas comparable to the works of Shakespeare, Plato, and Michelangelo. These mathematical ideas can add texture, beauty, and wonder to your life, without being a mathematician! This course explores the fourth dimension, coincidences, fractals, aesthetics, the allure of number, geometry, and how great mathematical ideas arise, along with learning to think abstractly, to grasp insightful strategies for approaching, enjoying, and understanding the world--not what is traditionally thought of as mathematics.
5050 . ‡aDisc 1: Part 1. Lecture 1. Great ideas that bring our world into focus ; Lecture 2. How many? Counting surprises ; Lecture 3. Fermat's last theorem and the allure of number ; Lecture 4. Pining for nature's numbers ; Lecture 5. Sizing up the Fibonacci numbers ; Lecture 6. The sexiest rectangle.
5050 . ‡aDisc 2: Part 1. Lecture 7. Hidden beauty of the golden rectangle ; Lecture 8. Pythagorean theorem and geometry of ellipses ; Lecture 9. Not-so-Platonic relationships in Platonic solids ; Lecture 10. Hunting for a sixth Platonic solid ; Lecture 11. Is there a fourth dimension? Can we see it? ; Lecture 12. The invisible art of the fourth dimension.
5050 . ‡aDisc 3: Part 2. Lecture 13. A twisted idea: The Möbius band ; Lecture 14. A one-sided, sealed surface: The Klein bottle ; Lecture 15. Ordinary origami: Creating beautiful patterns ; Lecture 16. Unfolding paper to reveal a fiery fractal ; Lecture 17. Fractals: Infinitely complex creations ; Lecture 18. Fractal frauds of nature.
5050 . ‡aDisc 4: Part 2. Lecture 19. Chance surprises: Measuring uncertainty ; Lecture 20. Door number two or door number three? ; Lecture 21. Great expectations: Weighing the uncertain future ; Lecture 22. Random thoughts: Randomness in our world ; Lecture 23. How surprising are surprising coincidences? ; Lecture 24. Life lessons learned from mathematical thinking.
650 0. ‡aMathematics.
650 0. ‡aFermat's last theorem.
650 0. ‡aFibonacci numbers.
650 0. ‡aGolden section.
650 0. ‡aPythagorean theorem.
650 0. ‡aPolyhedra.
650 0. ‡aFourth dimension.
650 0. ‡aMöbius function.
650 0. ‡aFractals.
650 0. ‡aUncertainty.
650 0. ‡aCoincidence theory (Mathematics)
7001 . ‡aBurger, Edward B., ‡d1963-
7001 . ‡aStarbird, Michael.
7001 . ‡aStonebarger, Tamara.
7001 . ‡aDunton, Tom.
7102 . ‡aTeaching Company.
830 0. ‡aGreat courses (DVD). ‡pScience & mathematics.
0291 . ‡aAU@ ‡b000047085499
994 . ‡aZ0 ‡bWANIC
948 . ‡hNO HOLDINGS IN WANIC - 396 OTHER HOLDINGS
901 . ‡aocm54070484 ‡bOCoLC ‡c31103 ‡tbiblio