MHF 3404 - HISTORY OF MATHEMATICS
PROJECTS 1 & 2 (March.
3rd)
SPRING 2009
THE FOUR TOPICS :
1. The Origin of the Deductive Method of Proof and its success with Euclidean Geometry.
2. The Origin of the Calculus & its Applications to the Natural Sciences in the 17th century.
3.
The
Origin
of the Hindu-Arabic Numerals and
Modern Number
Systems (Negative,
Rational, Algebraic, Real, and Complex Numbers).
Unsolvability of Polynomial Equations, in general, of degree greater
than four.
THE SOURCES
you may wish to consult are:
1.
Standard
Encyclopedias such as Encyclopedia Brittanica
& Mathematical
Encyclopedias
2.
Handbooks
& Textbooks on Mathematics and on the History of Mathematics
3.
Wolfram
Math World (http://mathworld.wolfram.com/)
4. Wikipedia (http://en.wikipedia.org/wiki/Main_Page)
Be careful with on-line
information (like #4 )as they are not considered reliable but they can
lead
you to
reliable
sources. The kind of things that you are expected
to
include in your paper are:
1.
An
introductory paragraph that describes in a non-technical way the topic
under
discussion.
2.
The
history of the topic under discussion and the people involved in its
solution.
3.
Some
details of the situation and the standard approach to the topic
4.
A
concluding paragraph about the significance & importance of the
topic under
discussion.
Be careful with on-line
information like #5 as they are not considered reliable but they can
lead
you to
reliable
sources. You should only quote things when they are
particularly relevant, very
revealing and
nicely said. Otherwise,
just express everything in your own word in the way you
understand
them. Never
include any
statement in your paper that you do not understand.
BONUS QUESTION #1 (Due
Feb.12th). In triangle ABC, BD bisects angle ABC to meet AC
in D and CE bisects angle ACB
to meet AB in E. If BD = CE,
does it follow that angle ABC =
angle ACB? Give a complete proof. You can use any standard Theorems in
Geometry. (5 pts)
BONUS QUESTION #2 (Due Mar.
26th). Consider the set of points with non-negative
integer
coordinates in the plane (i.e., those in the first quadrant).
Assume that there are only horizontal
& vertical roads which
join
these points together, so that to get from the origin
to another point
you
can only move
up or across right. Let N(k,k) = number
of paths of length 2k from
(0,0)
to
(k,k) that do not go above the diagonal joining (0,0) and (k,k).
Find the correct formula
for
N(k,k) by
experimentation or by searching and then
prove that your formula is correct.
(5
pts)