# Differences

This shows you the differences between two versions of the page.

 euler_beta_function [2015/01/13 13:17]nikolaj euler_beta_function [2015/11/13 17:07] (current)nikolaj Both sides previous revision Previous revision 2015/11/13 17:07 nikolaj 2015/01/13 13:17 nikolaj 2015/01/13 13:17 nikolaj 2015/01/13 13:14 nikolaj 2015/01/13 13:09 nikolaj 2015/01/13 11:09 nikolaj 2015/01/13 11:09 nikolaj 2014/03/21 11:11 external edit2014/02/25 23:51 nikolaj 2014/02/25 23:51 nikolaj 2014/02/25 23:50 nikolaj 2014/02/25 23:49 nikolaj old revision restored (2014/02/25 23:37) 2015/11/13 17:07 nikolaj 2015/01/13 13:17 nikolaj 2015/01/13 13:17 nikolaj 2015/01/13 13:14 nikolaj 2015/01/13 13:09 nikolaj 2015/01/13 11:09 nikolaj 2015/01/13 11:09 nikolaj 2014/03/21 11:11 external edit2014/02/25 23:51 nikolaj 2014/02/25 23:51 nikolaj 2014/02/25 23:50 nikolaj 2014/02/25 23:49 nikolaj old revision restored (2014/02/25 23:37) Line 1: Line 1: ===== Euler beta function ===== ===== Euler beta function ===== ==== Function ==== ==== Function ==== - | @#FFBB00: definiendum ​| @#FFBB00: ${\mathrm B}: \{z\ |\ \mathfrak{R}(z) > 0 \}^2 \to \mathbb C$ | + | @#FF9944: definition  ​| @#FF9944: ${\mathrm B}: \{z\ |\ \mathfrak{R}(z) > 0 \}^2 \to \mathbb C$ | - | @#FFBB00: definiendum ​| @#FFBB00: ${\mathrm B}(p,q) := \int_0^1 \tau^{p-1}(1-\tau)^{q-1}\,​\mathrm d\tau$ | + | @#FF9944: definition  ​| @#FF9944: ${\mathrm B}(p,q) := \int_0^1 \tau^{p-1}(1-\tau)^{q-1}\,​\mathrm d\tau$ | ----- -----