Hints everywhere
Moderator: scott
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Alemania Bessler
- Dabbler
- Posts: 12
- Joined: Sat Jan 26, 2019 9:49 pm
re: Hints everywhere
Beloved souls.
I am well aware of the complex traits of many species, including those of their species. Among them are the gentle ones and the soft ones, the louders and the coarse ones, the knowers and the humble ones, etc. Count me to them, what your feeling is right now, because I can not influence your sensation of our local distance, but I hope I can positive influence my effect over the presented scripture on you. So decide in each moment how you want to feel.
And you can trust that what I offer you has already been tested. And if everything does not make sense to you right away, then maybe it will be later. I am sure that some of the quiet readers in the background have already discovered the common thread.
An excellent response so far came from Georg:
You can all imagine how a materialistic body behaves, positioned at the perephery of a spinning wheel, I hope so.
So centrifugal forces act on him and he wants to pull. You already suspect what he wants to pull, right? But before that, there's a secret, a trick, a special setup or whatever you want to call it: this smaller weight moves forward a lot faster for a short moment than the wheel. It is similar to a whip to describe it figuratively. And that's the loud sound heard from inside the wheel.
-> a small weight -> moves much faster in time -> pulls a lot more...
Can someone do something with it? Or do you fundamentally reject the possibility that it CAN NOT move faster and would NOT pull it anymore?
Is this procedure, to the manipulation of weight characteristics on a body, possible in your imagination or not?
Peace to the people of good will.
I am well aware of the complex traits of many species, including those of their species. Among them are the gentle ones and the soft ones, the louders and the coarse ones, the knowers and the humble ones, etc. Count me to them, what your feeling is right now, because I can not influence your sensation of our local distance, but I hope I can positive influence my effect over the presented scripture on you. So decide in each moment how you want to feel.
And you can trust that what I offer you has already been tested. And if everything does not make sense to you right away, then maybe it will be later. I am sure that some of the quiet readers in the background have already discovered the common thread.
An excellent response so far came from Georg:
In fact, that's the way it is. And surely he and some others among you can explain why there is the best place for it.> i would place the lighter weight outer to the rim, to answer your question.
You can all imagine how a materialistic body behaves, positioned at the perephery of a spinning wheel, I hope so.
So centrifugal forces act on him and he wants to pull. You already suspect what he wants to pull, right? But before that, there's a secret, a trick, a special setup or whatever you want to call it: this smaller weight moves forward a lot faster for a short moment than the wheel. It is similar to a whip to describe it figuratively. And that's the loud sound heard from inside the wheel.
-> a small weight -> moves much faster in time -> pulls a lot more...
Can someone do something with it? Or do you fundamentally reject the possibility that it CAN NOT move faster and would NOT pull it anymore?
Is this procedure, to the manipulation of weight characteristics on a body, possible in your imagination or not?
Peace to the people of good will.
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Georg Künstler
- Devotee
- Posts: 1718
- Joined: Fri Nov 07, 2003 12:22 pm
- Location: Speyer, Germany
- Contact:
re: Hints everywhere
Alemania Bessler wrote:
it is possible,
I use this function already,
I use an indirect impact to accelerate the weights, faster than you can think.
Maybe you can explain your way to accelerate the body.
is this procedure, to the manipulation of weight characteristics on a body, possible in your imagination or not?
it is possible,
I use this function already,
I use an indirect impact to accelerate the weights, faster than you can think.
Maybe you can explain your way to accelerate the body.
Best regards
Georg
Georg
re: Hints everywhere
One could do such thing much, much, much and better with a name!silent wrote:However due the anonymity of internet, if you're just trying to drag people along and create followers for yourself, then I'm out.
It's that phenomena of surface tension, also known as 'fame'.
true.silent wrote:as if you were reciting poetry and anyone who talks in poetry during the normal course of conversation is always a bit suspect.
Marchello E.
-- May the force lift you up. In case it doesn't, try something else.---
-- May the force lift you up. In case it doesn't, try something else.---
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cloud camper
- Devotee
- Posts: 1083
- Joined: Tue Mar 15, 2011 12:20 am
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Furcurequs
- Devotee
- Posts: 1605
- Joined: Sat Mar 17, 2012 4:50 am
re: Hints everywhere
This was recently posted at the
SmarterEveryDay youtube channel:
"How does a whip break the sound barrier? (Slow Motion Shockwave formation) - Smarter Every Day 207"
https://www.youtube.com/watch?v=AnaASTBn_K4
SmarterEveryDay youtube channel:
"How does a whip break the sound barrier? (Slow Motion Shockwave formation) - Smarter Every Day 207"
https://www.youtube.com/watch?v=AnaASTBn_K4
I don't believe in conspiracies!
I prefer working alone.
I prefer working alone.
re: Hints everywhere
Attached my attempt to explain that whip-effect
When you pull that rope (red arrow), you introduce a velocity in the rope going from its slacking position to the straightened out position.
When you let go, the rope continues.with that "straightening"-velocity.
But the rope just has a fixed length, and a fixed length from some previous point (those green circles) - some don't really match, but you get the picture..
That knot on the end just gets dragged by the accumulation(!) of all those rope-straightening effects.
It's a combination of conservation of momentum, and (let's call it) conservation of length when it doesn't break.
When you pull that rope (red arrow), you introduce a velocity in the rope going from its slacking position to the straightened out position.
When you let go, the rope continues.with that "straightening"-velocity.
But the rope just has a fixed length, and a fixed length from some previous point (those green circles) - some don't really match, but you get the picture..
That knot on the end just gets dragged by the accumulation(!) of all those rope-straightening effects.
It's a combination of conservation of momentum, and (let's call it) conservation of length when it doesn't break.
- Attachments
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Marchello E.
-- May the force lift you up. In case it doesn't, try something else.---
-- May the force lift you up. In case it doesn't, try something else.---
re: Hints everywhere
Alemania Bessler
Welcome to the forum. I see you seem to talk somewhat in circles in a slight patronizing manner like (I know what you don't). This is fine around here LOL.
I find many clues with Bessler. Some good and some misleading. I found it better to ignore most of the words and look more of what is shown. Then trial and error narrows down what to do with it.
Welcome to the forum. I see you seem to talk somewhat in circles in a slight patronizing manner like (I know what you don't). This is fine around here LOL.
I find many clues with Bessler. Some good and some misleading. I found it better to ignore most of the words and look more of what is shown. Then trial and error narrows down what to do with it.
"Our education can be the limitation to our imagination, and our dreams"
So With out a dream, there is no vision.
Old and future wheel videos
https://www.youtube.com/user/ABthehammer/videos
Alan
So With out a dream, there is no vision.
Old and future wheel videos
https://www.youtube.com/user/ABthehammer/videos
Alan
re: Hints everywhere
Furcurequs, that's indeed really cool !
Marchello E.
-- May the force lift you up. In case it doesn't, try something else.---
-- May the force lift you up. In case it doesn't, try something else.---
re: Hints everywhere
Phissing with or without the h?
Trying to make sense of this thread.
Raj
Trying to make sense of this thread.
Raj
Keep learning till the end.
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Furcurequs
- Devotee
- Posts: 1605
- Joined: Sat Mar 17, 2012 4:50 am
Re: re: Hints everywhere
Yeah, I almost posted it in my youtube thread, but didn't for some reason. I'd also recommend Destin's videos on bullets going supersonic. He uses the Schlieren effect in making those, too.ME wrote:Furcurequs, that's indeed really cool !
...and some might like to see the Applied Science channel's recent lab tour video. I'm not sure whose lab I like more. His or Tech Ingredients'. I think the Applied Science channel has even more varied content than the other, plus I really like his presentations, too. Of course, it's not like I have to be faithful to one lab geek over another. ...lol
"Behind the scenes at Applied Science: Why video? Camera gear. Shop tour."
https://www.youtube.com/watch?v=ihbYtxaEDSk
Here's the list to all his videos:
https://www.youtube.com/user/bkraz333/v ... _polymer=1
I don't believe in conspiracies!
I prefer working alone.
I prefer working alone.
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Alemania Bessler
- Dabbler
- Posts: 12
- Joined: Sat Jan 26, 2019 9:49 pm
re: Hints everywhere
Beloved souls.
Well, it's a little different.
With the whip, I just wanted to describe the speed and the sound at the end of the process, not the setup itself.
But I want to give you a clearer idea of it.
More specifically, you can imagine a long rod that you hold with one hand at one end, pointing vertically (12 o'clock) up into the air. At the other end, high up, the small weight is attached, movable and still about 10cm from the end. Now move this rod as fast as possible, with momentum, in the horizontal direction (3 o'clock). You will find that it wants to move and now it will slide 10cm to the very end.
The logic of this process is easy to understand.
Now let's add something to this setup. As already described, the smaller weight should be able to move a larger weight. Can it do this? Let's try it. Add a second but larger weight to the rod, also movable (sliding). But position this weight near your hand. Connect both weights together. Either with a rigid connection or with a stronger band.
Like this:
Rod -> O===I large I================================I smal I=====O
Perform again the swinging movement from 12 to 3 o'clock. If you were fast enough, the larger weight was pulled by the smaller one. WHY?
Of course, the parameters: bar length, selected weight and speed must be coordinated.
Please keep this pictorial representation in your mind, I will come back to it again.
And voila, you now have the basic knowledge of the 1st process, as it takes place in the first quarter of the wheel.
Peace to the people of good will and joy in your hearts.
Well, it's a little different.
With the whip, I just wanted to describe the speed and the sound at the end of the process, not the setup itself.
But I want to give you a clearer idea of it.
More specifically, you can imagine a long rod that you hold with one hand at one end, pointing vertically (12 o'clock) up into the air. At the other end, high up, the small weight is attached, movable and still about 10cm from the end. Now move this rod as fast as possible, with momentum, in the horizontal direction (3 o'clock). You will find that it wants to move and now it will slide 10cm to the very end.
The logic of this process is easy to understand.
Now let's add something to this setup. As already described, the smaller weight should be able to move a larger weight. Can it do this? Let's try it. Add a second but larger weight to the rod, also movable (sliding). But position this weight near your hand. Connect both weights together. Either with a rigid connection or with a stronger band.
Like this:
Rod -> O===I large I================================I smal I=====O
Perform again the swinging movement from 12 to 3 o'clock. If you were fast enough, the larger weight was pulled by the smaller one. WHY?
Of course, the parameters: bar length, selected weight and speed must be coordinated.
Please keep this pictorial representation in your mind, I will come back to it again.
And voila, you now have the basic knowledge of the 1st process, as it takes place in the first quarter of the wheel.
Peace to the people of good will and joy in your hearts.