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Water Bridges Are Weird. I show you what happens when a boat crosses a water bridge. See the full video here: 🤍youtu.be/4DWumpnLLfw #shorts
They're actually many many bridges like that around the world I don't know where you're located but here in the Northeast United States there is a canal I think it's the Delaware canal in North Jersey or Pennsylvania and it was a water Bridge but I believe it was built as an arch or suspension bridge because of the distance or the height above the river below
Thank you for featuring Dwayne johnson in this video.
This is the best thing I seen on the internet,today
Aqueduct
What would happen though, if the object in the boat is really heavy (thuis big boat) and there’s only a littlebit water… does it touch bottom before scaling? Or could the boat be big enough to keep floating and the water low enough to make the combi ‘plus’ the scale? (Or would it stress the sides and not the bottom?) 🤔
Amazingly informational video!
🤦♂️🤦♂️🤦♂️🤦♂️🤷♂️🙅♂️
My mom always wondered how boats float and not just sink ..😅 and even though I show her tons of YouTube videos on how she still doesn’t get it I’ll show her this and she understand finally
what’s the reason for the existence of that bridge tho
i consider this to be the same concept as a tensegrity chair or table. your brain knows the right answer and how it works but it doesnt seem like it should work the way it does.
If a boat sinks on the bridge it will increase the load.
Its much more easier than that. You only have to refer to the highest flood level of the river. In some cases where the water level is regulated using pumps, gates or weirs, the actual level is the reference.
Wouldn't the weight always stay the same?
As you keep increasing the weight and size of the boat until displacing all the water and the boat starts touching the bottom of the bridge.
One could make a moat with boats and place extremely heavy large stones in them and move them with ease and build a pyramid shaped structure...perhaps lol
This is crazy I love it
I would have never thought of how to build a small scale water bridge to test that, that's nuts.
Pretty obvious
Nah it’s because the rock is on the boat and not the scale obviously
Same principle is even more awesome when applied to floating boat lifts. A caisson at a given fill level always weighs the same, and if your channel at the upper level has a slightly greater depth of water so your counterbalancing can be near perfect
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