One of his earliest accomplishments was to find a simple solution to the Apollonian gasket. His namesake sequence is one whose members become mathematically close as the sequence progresses. His name is applied, with Binet, to a formula to determine the determinant of the product of two non- square matrices; with Euler, to a second order ordinary differential equation of the form x2u'' [x squared u double prime] + bxu' [b u prime] + cu = 0; and, with Maclaurin, to an integral test for convergence of a series. The first person to rigorously prov
One of his earliest accomplishments was to find a simple solution to the Apollonian gasket. His namesake sequence is one whose members become mathematically close as the sequence progresses. His name is applied, with Binet, to a formula to determine the determinant of the product of two non- square matrices; with Euler, to a second order ordinary differential equation of the form x2u'' [x squared u double prime] + bxu' [b u prime] + cu = 0; and, with Maclaurin, to an integral test for convergence of a series. The first person to rigorously prove Taylor's Theorem, for 10 points, name this pioneer and namesake of many theorems of complex analysis.
One of his earliest accomplishments was to find a simple solution to the Apollonian gasket.
Augustin Louis {Cauchy}