181
edits
Changes
Jump to navigation
Jump to search
Line 79:
Line 79: + + +
Majoring in Mathematics (view source)
Revision as of 02:51, October 16, 2009
, 02:51, October 16, 2009PDE's
Motivating problem: Deriving conclusions from rarely occurring events, such as multiple no-hitters by the same pitcher. Specifically, how many no-hitters must a pitcher toss before one can conclude from that evidence alone that he is a great pitcher?
Motivating problem: Deriving conclusions from rarely occurring events, such as multiple no-hitters by the same pitcher. Specifically, how many no-hitters must a pitcher toss before one can conclude from that evidence alone that he is a great pitcher?
===Partial Differential Equations===
If you take a uniform circular metal disk and hold the temperatures at the periphery to some fixed pattern (say, lighting fires at some places and applying ice at others), and give it plenty of time to reach equilibrium, can you calculate the final temperature at every point inside? What does this have to do with Fourier series? (Hint: It has '''everything''' to do with Fourier series. This is the problem that Joseph Fourier was studying when he invented the series.)
=== Other fields ===
=== Other fields ===