Kidding. I won't write this blog post in Spanish. To translate that first sentence: Last week, I researched information about Asturias, a Spanish region.
For Spanish 3H, I had to make a presentation on a specific Spanish region and I chose Asturias, a region on the northeastern coast of Spanish. I had to look up the Asturian coat of arms and flag, learn about the region's main products, and explore the main tourist spots and activities that beautiful Asturias had to offer. I have to do my oral presentation this week. In Spanish, of course, so I'm crossing my fingers that I speak fluently.
But what does this have to do with Physics? Well, Week 15 of AP Physics B covered Fluid Mechanics. (Not very yummy, sorry).
While doing some research on the Internet for my Spanish project, I learned that Asturias' traditional alcoholic drink is natural cider, or Asturian sidra. (Am I allowed to talk about this? If not, let's pretend that it's not alcoholic. It's sparkling cider.)
They have festivals for sidra! |
As the sidra's flow gets closer to the cup, its cross-sectional area decreases. This means that the velocity increases as it gets closer to the cup because the volume flow rate has to be constant at every point throughout the fluid.
And this ultimately means that only the beastliest of escancidores can pour the sidra into the cup without spilling. Sidrerías, or unique bars that always serve sidra, usually have wooden floors because a lot of it ends up on the ground.
And, voila, the Physics of El Escanciado.
Here's a video:
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