English: 3D plot of z = abs(x)y showing how different limits are reached along different curves approaching (0,0).
Deutsch: 3D-Zeichnung von z= abs(x)y mit der Veranschaulichung, wie verschiedene Funktionen unterschiedliche Grenzwerte bei (0;0) erreichen, da die Fläche bei (0;0) in eine senkrechte Gerade entartet.
Français : Graphique 3D de z = abs(x)y montrant comment des limites différentes sont atteintes le long de différentes courbes s'approchant de (0,0)
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Original upload log
The original description page was here. All following user names refer to en.wikipedia.
2007-04-10 06:17 Atropos235 953×922×8 (183308 bytes) Reverted to earlier revision
2007-04-10 06:17 Atropos235 837×828×8 (176756 bytes) Reverted to earlier revision
2007-04-10 06:17 Atropos235 837×828×8 (176756 bytes) Reverted to earlier revision
2007-04-09 00:03 Sam Derbyshire 953×922×8 (183308 bytes) 3D plot of z = abs(x^y) showing how 0^0 can evaluate to different values. Modified following ideas from [[User:Salix alba]]. Made with MuPad and PhotoShop.
2007-04-08 23:56 Sam Derbyshire 953×922×8 (212600 bytes) Reverted to earlier revision
2007-04-08 23:56 Sam Derbyshire 837×828×8 (176756 bytes) Reverted to earlier revision
2007-04-08 23:54 Sam Derbyshire 953×922×8 (212600 bytes) 3D plot of z = abs(x^y) showing how 0^0 can evaluate to different values. Modified following ideas from [[User:Salix Alba]]. Made with MuPad and PhotoShop.
2007-04-02 22:57 Sam Derbyshire 837×828×8 (176756 bytes) 3D plot of abs(x^y) showing how 0^0 can evaluate to different values. (Made with MuPad, some additions with PhotoShop)
2007-04-02 22:51 Sam Derbyshire 837×828×8 (472048 bytes) 3D plot of z = abs(x^y) showing how 0^0 can evaluate to many different values.
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{{BotMoveToCommons|en.wikipedia}} {{Information |Description={{en|3D plot of z = abs(x^y) showing how 0^0 can evaluate to many different values.}} |Source=Transfered from [http://enbaike.710302.xyz en.wikipedia] |Date=2007-04-02 (first version); 2007-04-10
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