10 Resultaten gevonden voor "Bestand:Black_Up_Arrow.png".

Bestand:Black Up Arrow.png

21:57 Mr. Unknown 364×434× (8346 bytes) {{Information |Description = Black up arrow |Source = I (~~~) created this work entirely by myself. |Date = ~~~~~...


Bestand:Impact Melt Lobes (LROC483 - M184196652RE thumb markup).png

English A marked up version of today's Featured Image. The black arrows point to the first flow boundaries and the white arrows point to where the second...


Bestand:View From The Other Side (LROC514 - M181286769 lower peak).png

English Small black arrows mark a distinctive shelf - probably formed as puddled impact melt on the crater floor sloshed up the side of the central peak...


Bestand:Arrow northeast.svg

This is a simple arrow pointing northeast. This is a derivative work of the Image:Arrow up r.png public domain image. I recreated it in Inkscape, and...


Bestand:Simpsons method illustration.png

black=[0, 0, 0]; red=[1, 0, 0]; arrowsize=0.1; arrow_type=1; arrow_angle=30; % (angle in degrees) circrad=0.015; % radius of ball showing up in places...


Bestand:Quasiconvex function.png

off; fontsize=25; thick_line=3; thin_line=2; black=[0, 0, 0]; red=[1, 0, 0]; arrowsize=0.1; arrow_type=1; arrow_angle=30; % (angle in degrees) L=1; X=(-L):0...


Bestand:LimSup.png

fontsize=25; thick_line=3; thin_line=2; black=[0, 0, 0]; red=[1, 0, 0]; blue=[0, 0, 1]; arrowsize=0.5; arrow_type=1; arrow_angle=30; % (angle in degrees) circrad=0...


Bestand:Finite element method 1D illustration1.png

linear approximation % x and y axes arrow([a-0.2 0], [b+0.2, 0], thin_line, arrowsize, arrow_angle, arrow_type, black) arrow([-0.15 -0.05], [-0.15, 1.5*max(Y)]...


Bestand:Finite element method 1D illustration2.png

linear approximation % x and y axes arrow([a-0.2 0], [b+0.2, 0], thin_line, arrowsize, arrow_angle, arrow_type, black) arrow([-0.15 -0.05], [-0.15, 1.5*max(Y)]...


Bestand:Subderivative illustration.png

5 3]; arrow([a 0], [b, 0], thin_line, arrow_size, arrow_angle, arrow_type, black) arrow([0, min(Y)-1], [0, max(Y)], thin_line, arrow_size, arrow_angle...