In my culture, rhombus is the basis of a vagina pictogram. In my culture, rhombus is every schoolboy's favorite shape.

https://commons.wikimedia.org/wiki/Category:Czech_vulva_symbols

Every square you ever met is a rhombus that gave up its art career and got a boring 9-5.

All shapes will be hunted down to extinction until the one and only remains.

This person hasn't done math past elementary.

Isn't a rhombus just what you call a diamond that's having a bad day?

Don't forget the poor trapezoid.

If I ever have my own home, my house will have a rhombus room.

"Don't you mean a rumpus room?"

Bro, that's not even a real shape.

Some pretty rhombus logic if you ask me

Rhombus

clearly you didn't learn, since diamonds are a pretty common shape

Haven't you guys used a kite before?

Every 3 ft square box that you shoved a bunch of 3.25 ft long irregularly shaped items into then closed the flaps on is a rhombus.

https://www.penny-arcade.com/comic/2009/01/09/locked-in-brutal-combat

Take a square. Lean it to the side. Rhombus. Take a diamond, let it fall on one of its sides. Rhombus. The world just keeps a-rhombusin, you just stopped a-noticin'

A rhombus, otherwise known as a diamond. Its one of the more popular shapes past star, triangle, circle, and square.

Fun Fact, many door frames are in fact rhomboid or trapezoidal.

do de ca heedron

I changed my excel cells to be rhombuses

When I played "Psychonauts: In the Rhombus of Ruin" I got reminded again that this thing actually exists.

Wasn’t she that actress from that 2008 movie Doomsday?

OOP needs to eat baklava

oh they don't appear again, but its generalization, the parallelepiped, does:

it's used to calculate volumes of curved objects. basically you chop down the object into a lot of small parallelepipeds (mentally), and then calculate the volume of each of them small things and sum over them. Done.

to calculate the volume of a parallelepipede, there's a surprisingly simple mathematical formula. If you have the vectors for the three sides a, b, c, then the volume V = (a × b) · c, where × is the cross product and · is the dot product. it's very simple and an effective way to calculate volumes of curved / deformed objects.

Links:

• (german) https://de.wikipedia.org/wiki/Transformationssatz
• (english) https://en.wikipedia.org/wiki/Integration_by_substitution#Substitution_for_multiple_variables

Rhombuses are really commonly used in trigonometry puzzles. You know, "Here's a bunch of lines and a couple of angles, find the angle at X."

It's also called diamond or zoomie square. You know, cuz it's like a square that's going so fast the pointy parts start at the tippy top

You know what they say, all busses go to Rhome

The word "rhomboidal" exists and you are allowed to use it as much as you like