The free energy of the liquid surface does the work #shorts #physics

[YuriKovalenok]

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[bdemaree]

It's like saying "The free energy of the ball falling does all the work."

[briannielsbergh]

So you squize the tip making the wire move, that's not free energy, that's you adding energy to the rod making it squize and thereby moving the wire?

[Sarmak.]

Я один ждал что он сейчас квадратный шарик надует?

[cruzsamaniego]

What free energy. The squeezing causes the wire to move. The soapy water is just lube

[gregswanson]

Watch closely he squeezes the end of the fork to make the cross bar move

[anveshrathore]

RJ Sir ke class se aa rha hu dekhe kon kon pahucha😂😂😂

[Lalitakumari-qsvc]

According to the surface tension force was removed when put
In the same liquid thus wire moved

[Xenochetemist]

Listen listen.
If you confused why it only goes back when the dude pressing clip.
In the video, the clip actually have a V-shape and it's not an U-shape frame.
When he push the pin to the end, the elasticity of the clip trying to bend it back. This apply a pressure on the pin, which holding it in place for further experimenting.
Next he dipping the whole thing in soapy water to make a film out of it.
Now remember, water have surface tension, which really is just water molecules attracting to each other. So ultimately, every surface of water will want to stick to each other and reduce area as much as possible.
In this case the surface tension is applying a pulling force on the pin too.
The film stay that size because it's size depending on the position of the pin, which being kept in place by the clip.
When the dude slightly remove pressure, the pin become free of the force keeping it in place. In the meantime the force of the surface tension is still applying on the pin.
Which results in the pin being pulled back to relieve the surface tension.
And what the hell man, this is not free energy. You've already give up so much energy to set the pin in place and create the surface tension.
It's like telling how a mousetrap move is free energy too.

[JlaFa]

Человечество нуждается в тебе! Где же ты был всё это время?

[tkthelms]

Ignoring the fact you had to expend energy to tension the metal rod in order for the surface tension to apply a hundredth of what you wasted to move the copper up

[harjit]

That’s like washing down a bubble, but in imagining it like watching the water

[gfgct]

It's not free energy it's excess energy.

[EvolvePresent]

The amount of force required by your fingers in relationship to the rest of the device is the equivalent of a generator running for eternity

[jaydenkerslake]

It's called surface tension. Tension made by the molecules trying to hold themselves together. The more they're pulled apart, the thinner the surface and the more it evaporates. Everything is still in balance my dudes

[yg._oh]

Try this, but lubricate the metal prongs instead of using soapy water. I think it's the fact it is lubricated meaning it moves. It doesn't look as if it's being pulled by the surface tension more that ita being pushed and using the soapy water as a lubricant.

[avananana]

Now you just gotta find a way to get the surface to break, get the wire back to the top of the form, form a new surface, and finally squeeze the tips so the wire moves with the surface tension, all without spending more energy than was generated from the surface tension. At that point it can be considered free energy.

Obviously won't happen because there was more work put into allowing the movement to happen than energy in the movement itself.

[nicholashubbard]

Interesting. Is it just lubrication from the soap? Or is the bubble actually helping the copper along? How do you test that?

[karanvaidya]

Wow 🔥🔥this topic is my b pharma, 2 year as surface free energy

[Joyful_Tristan]

Looks like you lubricated the surface and made it easier for the brass to move