Sunday, July 11, 2010

Pencil pad stand

[Thanks to Delta]

Pencil iPad stand. Doesn't get simpler.


6 comments:

Pascal [P-04referent] said...

Aah, good ol' tetrahedron. Simple, reliable, stuffed to the gums with nice geometrical properties... and still the #1 among Plato's solids, after all these centuries! (^_^)

I'm far less impressed by that common-looking parallelepiped next to it. Looks utterly devoid of interest to the discerning mind. ;-)

Michael Burton said...

I don't think it would work here. All my pencils are yellow.

Anonymous said...

Perhaps Pascal means Rectangular Parallelepiped which refers to a shape in which each of the faces is a rectangle (and so each pair of adjacent faces meets in a right angle); this more restrictive type of cuboid is also known as a right cuboid, rectangular box, rectangular hexahedron, right rectangular prism, or rectangular parallelepiped.[1]

Leave it to Steve to make a femal one ;-)

1. Dupuis, Nathan Fellowes (1893), Elements of Synthetic Solid Geometry, Macmillan, p. 53.

ttl said...

That doesn't look all that simple to me.

10 parts? One or two should be enough.

Pascal [P-04referent] said...

"All my pencils are yellow.""Perhaps Pascal means Rectangular Parallelepiped"
Oh, it was a rectangular one? Hadn't graced it with enough of my valuable attention to notice. ;-)

But truth be said, I've always liked that name: "Regular hexahedron" sounds way cooler to say than plain "a cube".
"Go on, manually propel the binarily-adorned regular hexahedrons and try to exit incarceration by attaining a paired result".
(Translation for non-geeks: "Try to roll a double with the dice so you can get out of jail for free.")
(^_^)

Pascal [P-04referent] said...

P.S.: "common-looking parallelepiped" is of course not the same as "common parallelepiped". :-)