MAT 336.01 Presentations REVISED 3/19/20
date	student	topic
11-Feb	Yibo Zhou	[Ancient Chinese calculation of π]
11-Feb	Chloe Sukkarieh	[Archimedes' calculation of π]
18-Feb	Yaotian Guo	[Euclid's construction of a pentagon]
18-Feb	Joanna Siemon	[Euclid on the number of primes]
20-Feb	Shawn Gao	[Euclid on the Euclidean Algorithm]
25-Feb	YiHsuan Lin	[Heron's formula for the area of a triangle]
27-Feb	Chris Cintron	[Pappus's hexagon theorem]
27-Feb	Ahmed Al Noor	[The Sieve of Eratosthenes]
3-Mar	Hanya Gao	[Examples from Nine Chapters of the Mathematical Art]
3-Mar	Baiyu Chen	[Zu Chongzhi on the volume of the sphere]
5-Mar	Eva Chan	[Chinese Bamboo Rods]
10-Mar	Junliang Yang	[Roman numerals]
10-Mar	Julia Chan	[Problems from Fibonacci's Liber Abaci
12-Mar	Christina Walker	Fibonacci Numbers and the Golden Mean
31-Mar	Karin Hasegawa	[Francois Viete - Methods for solving quadratic equations]
31-Mar	Plabon Paul	[Napier and Logarithms]
2-Apr	Antonio Aguilar	[Kepler: area of circle, volume of sphere]
2-Apr	Michael Mancuso	[Galileo Galilei]
7-Apr	Arik Mozejko	[Descartes and Cartesian coordinates]
7-Apr	Richard Cronin	[Blaise Pascal on induction]
9-Apr	Xiaoying Chen	[Pascal and Projective Geometry]
9-Apr	Megan Moran	[Leibniz vs Newton]
14-Apr	Peter Duffy	[Barrow, Fundamental Theorem of Calculus]
14-Apr	Emily Marzigliano	[James Bernoulli and the Law of Large Numbers]
16-Apr	Cheyenne Baxter Gregory	[Maria Agnesi and the Witch of Agnesi]
16-Apr	Amanda Pacholik	[Gauss on the Fundamental Theorem of Algebra]
21-Apr	Jintian Gao	[History of perfect numbers]
21-Apr	Kevin Mahon	[The Goldbach Conjecture]
23-Apr	Leonardo Castillo	[Lagrange's Theorem on Subgroups]
23-Apr	Meiqing Zhou	[A. Cauchy mistake about convergence]
28-Apr	Eben Kadile	[Equivalent versions of Euclid's 5th postulate]
28-Apr	Daniel Huynh	[Diophantus' Arithmetics, Diophantine Equations]
30-Apr	Aakash Tripathi	[Eratosthenes' measurement of the Earth]
30-Apr	Zisheng Liu	[Archimedes' quadrature of the parabola]
5-May	Xuansheng Kuang	[The quintic equation …]
5-May	Xinyue Dong	[Al-Khwarizmi on linear and quadratic equations]