Jumping ball mechanical mechanism
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- čas přidán 26. 11. 2021
- More efficient model for original perpetual motion Idea. The compressed spring pushes the steel ball upward using the potential energy stored in the spring. The way down is twice as long as the way up. This is enough to store the required amount of energy to re-compress the spring.
Inspired by the old YT video • Perpetual Movement Mac...
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Jumping ball mechanical mechanism
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#mechanicalmechanisms - Věda a technologie
The spring is pushed down from and external source. It works, as any energy supplied system does. 😀
the spring movements looks unatural but i can't spot anything that looks like it's compressing it
@@zazugee It's being pulled down from under the table.
Holy fucking shit it's almost as if these videos are about seeing what the machines _would_ look like if they worked.
This is one of very few you have made where the viewer is apt not to be convinced. Be that as it may, your videos are a joy to watch and ponder: "How was he able to do that?" Thank you for all of the videos you have made.
I see your hand pulling the spring beneath the table...
OK, but Who is compresing the spring?
Good eye Scala.
When I reduce speed to .25x,
it is so beyond obvious.
We with our likes.
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@@jesusgonzalez84 Speed in .25 and in 0:15s, you can realize the spring is compressed BEFORE the ball touch. That is because someone pulls the spring under the table
Idenya sangat cerdas
How much energy can be recaptured and directed toward spring compression if magnets are used to slow down the ball on the way back down (generating electricity)
Nice but we can see there is a trick there. Watch at 0:16, the spring compresses itself before the ball even touches it.
Also, when the ball hits the spring each time with the most power there's 0 deformation the spring for a couple moments. The spring is too strong for that ball to have any affect.
read a description
@@veproject1 I did, but keep in mind, PE = m*g*h. The mass is small, gravity is constant, and the height is the same for both path 1 and path 2. If anything, path 2 has less energy due to friction, so there's no way it could move the spring on it's own. That, and you can see the spring compressing when it "shouldn't" if it was from the ball.
@@robertshindeliii read the about section of this channel
It's hard to come up with a cheaper focus.
Which part of the mechanism is Self-resetting spring???
The way the spring compresses when the ball lands on it is just not realistic enough, you need to redesign that pert of the simulation.
:16 The spring compresses before the ball even lands on it! :D You've got do better than that!
Ваши механизмы завораживают, как игра пламени.
Really like to take a closer look at that spring's "mechanism".
The closer look is available for members only 😂
But check out the domino effect theory. One flicky finger cause a whole bunch of dominoes to fall down?
Someone set up the domino system by spending energy to stand them up first
"Self- Reseting" means: "I pull the spring myself"
Here is the usual hard to believe problem. The gravity force that pull the ball down the frictionous slide has got to be smaller than the springy force, which is activate by the same gravitational force? Something not right? The ball upward force suppose not to be able to overcome gravitational force?
Magnet under the table hahah😂😂
This is not at all possible without some thing or some one pulling the spring.
Totally fake. Even the spring compression - expansion machanism is not following natural flow at all. The pause between each compression and expansion is really foolish. Clearly, the spring compression and expansion is being controlled externally.
пружына из титанита што ли а шар нагреваеца и от этава пружины вастанавлеваеца
Out of all the ridiculous designs I've seen on this channel, that's got to be the worst!
Second nice so creative and decative
Это ложь! Все видно на скорости 0,25 !
Ложь что? Что есть попытки разработать машины, работающие на этом принципе? Наглядно показано, как бы это работало. Кто и в чем Вас обманывает?
Вот это правильно
what do you see? could you share? The effect could be achieved by installing the intermittent electric circuit to create a magnetic field....I wonder if that is what you see? As long as it is not using that kind of external power control, even if it is using some mechanics in the spring, we still have to admit it is a good working model.
السوتسة يوجد من يضرب بيها من الاسغل لان ليس من المعقول ان وزن الكرة يضغط علي السوستة بهذا المقدار ويرفعها بنفس القوة لاعلي
And there is no such thing as perpetual motion, the law of physics forbid them, Friction for one example, the first and second laws of thermodynamics are there to tall us just that.
😜
Why do you even want that slider? Why don't you just let the ball bounce up and down, which would reduce the energy dissipation so that the movement could last longer?
[The way down is twice as long as the way up. This is enough to store the required amount of energy to re-compress the spring.] sounds weird....the twice long downway would not increase the energy, but exactly the opposite: it will increase energy loss!
So the shorter the way down, the more energy? Wouldn't that make objects already on the ground have infinite energy and explode?
Bahahaha
😂😂😂
Good try but not smoothly executed...
Someone is moving the spring from under the table. He should have allowed the ball to fall on the spring and then moved the spring little bit slowly. This would have been more convincing.
The problem with this mechanism is that the ball has to be heavier than the spring to compress it fully. But if it is heavier, then the spring will not be able to push it all the way up
First
omg! it's dumb. lol
It can't reach for this height because gravity Is also effecting it and the spring is suddenly pushes the metalic ball how???😂😂🤣
Why do you implement these useless ideas? I think, your videos are good for just entertainment.
read the about section of the channel
There'a smart fakes , it's stupid one.
Self.... Hm, sorry, but it's fake.
fake the spring is being pulled