When is The Last Time You Ate a Hyperbolic Paraboloid Snack
Your average, unsullied Pringle is a hyperbolic paraboloid; its equation is (x²)/(a²) — (y²)/(b²) = z/c. Here’s where things get interesting, though (as if hyperbolic paraboloids weren’t interesting enough). Proctor & Gamble doesn’t just shove a bunch of Pringles in a can and call it a day. Rather, they use supercomputers to keep conditions just right to make sure the chips make it from their factory to your house unmolested. ~SourceI hope you found that as interesting as I did. Life is just full of technology-enhanced bits of fun. Don’t you just wish you could get into the head of the person who dreamed this up? Their problem-solving skills are superior to mine.
What problems you may ask? How to get a lot of chips into a small cylinder, is one. Since they stack tightly together, space is efficiently utilized.
How to keep chips from breaking and crumbling in the package? Since they stack tight, one on top of the other in an appropriate cylinder packaging, it prevents movement and therefore, breakage. Genius!
The double curvature of the Pringles chip also allows it to maintain integrity despite being very thin. ~Source
But the most awesome aspect of this Hyperbolic Paraboloid shaped snack to me is its ability to scoop into my favorite dip and bring out a large mouthful of deliciousness.
Technology comes in all shapes and flavors.
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