The water thing is a myth. Any body of water you can actively watch drain is influenced by the shape of the reservoir and direction the water is added to it.
What about the videos recorded in Ecuador, where the same reservoir is drained on both sides of the equator and the water spins in different directions?
Idk why you’re being downvoted for this comment but it’s actually a really cool sleight of hand trick where the guy pouring the water gives it a small swirl in the direction they want the water to drain.
To be fair I had to look it up too. Seems the Coriolis effect COULD impact a perfectly still container of water that was opened suddenly, but other forces are going to be significantly more impactful on a small body of water.
The water thing is a myth. Any body of water you can actively watch drain is influenced by the shape of the reservoir and direction the water is added to it.
What about the videos recorded in Ecuador, where the same reservoir is drained on both sides of the equator and the water spins in different directions?
Edited to add the link since other users asked for it down in the replies: https://youtu.be/4IIVfoDuVIw
Edit2: check the replies below, the video is good at debunking this. But it’s not super easy to notice
Idk why you’re being downvoted for this comment but it’s actually a really cool sleight of hand trick where the guy pouring the water gives it a small swirl in the direction they want the water to drain.
A lot of people may not like him but Mark Rober did a video about it: https://youtu.be/M7-h3FO-KKo?t=729
😂
You might have to provide that link if you want them to listen.
https://youtu.be/4IIVfoDuVIw
That’s a street performer ripping off some tourists.
Hmm
Looked it up and you might be right. But believing you at face value would also be the same fault that lead to to this myth’s spread.
To be fair I had to look it up too. Seems the Coriolis effect COULD impact a perfectly still container of water that was opened suddenly, but other forces are going to be significantly more impactful on a small body of water.