@trevor2680
I thought this was click bait but holy shit that's so cool
@BlueCollarBred1488
People in California could of drank that water
@Sheabuttahbaby
I've always hated science, but your experiments are dope. I didn't even think this was possible
@traditionalcatholic4275
Now, imagine, we are made up of mostly water... think, how does frequency effect our bodies,brains,organs and souls? Just think about all the different frequencies we are assaulted by daily, some beautiful and others well, insidious.
@poptartmcjelly7054
Put dubstep through it...
@zephirinedrouhin3735
The vibrations are doing it. I think it wouldn’t be as dramatic if the tube the water was running through was strapped down, but it moves to the music from the vibrations and of course the water will have the zigzag pattern.
@RoseThomson-n3d
Beautifulllll how something so organised yet chaotic, the paradox of life.
@47-00
We are 80% water, imagine how frequency could effect us.
@Arth1el
The speaker is vibrating the tube, so the water actually comes out at different places, making the whole thing look like it's turned into a wave. Same thing happens if you hold a hose and jiggle the end up and down or side to side when the water's running.
N/A
Fantastisch. Ich habe immer gesagt, das Sound zur Entstehung von Leben auf den Planeten notwendig ist. Das Weltall ist voll davon.
@DevonWayne
The shape of the water is not created by the sound frequency (hear me out.) It's created by the circular rotation of the tubing. The sound forced the tube to vibrate in a circular motion, yes. But if you kept the tube stiff towards the tip, the water would still come out like normal. What makes the water into shapes, is the movement or oscillation of the tube. Control the rotation or movement of the tube and you have water flow design. Sound is just a simple way of controlling the pattern in which the tube moves or rotates
@lynn52poke
wooow this is the coolest thing I've seen with relatively basic physics!!!!!! Awesome!!!!!!!!
@Salulu963
Experiment: Mix tones, add slowly up to 5 playing at once. See what happens when you add a fifth. Start with some substance on a flat surface (chaldi plate) to see what I mean, or do it with the hose, I bet that's not been done yet, with water falling. That will be phenomenally fun and interesting ;)
@MaestreSeir
Genial, me ha encantado, en especial el efecto de ver el agua ascender XXDDD. Gracias por compartirlo!!
@AmericaFirst1981
If you did this with molten copper and made a tube shaped in this frequency. You could strike it on the ground after it cools and it would resonate like a tuning fork. Then reach into your galactic handbag and pull out a magnet ball coated in quartz dust and drop it into the mouth of the copper snake staff. Lenz law meets peizo electric meets faradays law. To release wavelengths that can part water and lift stones
@JonathanGray89
Actually, it does have a little bit to do with the way cameras work. What you would see with the human eye is not the same (would most likely just look like a regular stream of water). Since most cameras operate at a frequency of 24Hz, he was able to match the frequency, and thus the structure of water was in sync with the camera for every frame, making it appear as a still structure. This explains the effects that happened when it was switched to 25Hz and 23Hz.
@AReallyLongAndUnremakableUser
Vibration is the key to the world around us.
@djsean25
I think the reason why the hose is moving is because of the movement of the water as it leaves the hose and not the hose itself causing the movement of the water. Also if you try creating the movement of the water by shaking the hose, the movement of the water won't be so rigid and controlled.
@JonathanGray89
Easy, this all has to do about light. A shadow is just lack of light. The image/frame that the camera takes is exactly what it looks like in that exact moment of time. The only "trick" is that every 24 times per second, the water ends up in exactly the same spot. Since most camera's recording framerate is 24 frames per second, the water ends up in the same spot for each frame (making it appear if it were standing still). Once understood, the whole "shadow" thing becomes irrelevant.
@Salulu963