Experiment ideas to prove Denpressure?

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sceptimatic

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Re: Experiment ideas to prove Denpressure?
« Reply #60 on: April 28, 2023, 09:54:20 AM »

They don't drop at the same rate. They may appear to be over a small distance but the reality would be much different over a reality of just a feather itself without adding something to it to effect a straighter drop.

Huh.  Yeah the do. They fall at the same rate over a long distance.


Quote
Brian Cox visits the world's biggest vacuum | Human Universe - BBC




It's pointless using Brian and his open-mouthed amazed so-called scientific colleagues.

Re: Experiment ideas to prove Denpressure?
« Reply #61 on: April 28, 2023, 09:55:30 AM »
Yet apparently not only does gravity not exist, but our entire understanding of how gas pressure  works is fundamentally wrong too.
It's only wrong when gravity is used.
Anything else is fine.

Wrong.  Your butchered idea of pressure (atmospheric stacking) is nothing like how it actually works.

It’s kind of funny you think you can replace gravity with some kind of pressure effect without buggering up how pressure works as well.  On the assumption you really believe anything you say of course.

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Quote from: Unconvinced
Its “no issue” for you to call the millions of people who do real work using laws of physics you arbitrarily reject “indoctrinated”.
Not at all. There are millions and millions of experiments with physics and many people do an exceptional job with the use of experimentation and gaining knowledge of the uses of gases, liquids and solids and so on and so on.
I have zero issues with people like that and in fact, I absolutely admire them.

Even those working with a model of physics where gravity is a fundamental force?  ie.  all of them.

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Quote from: Unconvinced
According to you, gas pressure is the only thing pushing the object down, but if we reduce the pressure by say 99.99%, the object accelerates faster?  Less force equals more acceleration?
Not at all. Gas pressure can push an object up and can push objects along horizontally.
However, energy has to be applied.

It depends on the dense mass of an object as to what energy it takes to push it through and the already displaced area it is in and is massively dependent on overcoming the resistance of whatever foundation.

The major thing to get is atmospheric displacement by any dense mass, minus the natural volume within.

But it doesn’t massively depend on the thing you claim is pushing it down?  Remove 99.99% (we can make much much better vacuums than that, btw) of the effect pushing it down and it goes down faster?

Magic.

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Quote from: Unconvinced
You could solve the world’s energy problems with such magic.  You should probably share it outside this forum.
There are no world energy problems.
The energy is all there but the harnessing of it is cloaked.

Cloaked?  Like the Klingons?  How it is cloaked?
« Last Edit: April 28, 2023, 10:03:59 AM by Unconvinced »

Re: Experiment ideas to prove Denpressure?
« Reply #62 on: April 28, 2023, 10:00:37 AM »

They don't drop at the same rate. They may appear to be over a small distance but the reality would be much different over a reality of just a feather itself without adding something to it to effect a straighter drop.

Huh.  Yeah the do. They fall at the same rate over a long distance.


Quote
Brian Cox visits the world's biggest vacuum | Human Universe - BBC




It's pointless using Brian and his open-mouthed amazed so-called scientific colleagues.

They’re not really amazed.  It’s an educational video.  For children mainly.

We did that one in school on a smaller scale.  You could knock up a simple version at home if you gave a crap.

Re: Experiment ideas to prove Denpressure?
« Reply #63 on: April 28, 2023, 10:02:47 AM »


Things of different dense masses do not fall at the same rate.


Really?










****** So you have four problems that kill den-pressure.

One, when air resistance is made negligible by the shape of the object and or removing the air resistance, density has no effect on the rate objects fall.

Two.  If pressure is the downward force that makes things fall at a certain rate.  Why do things fall faster in a vacuum. 

Three.  In a no gravity model there is no reason there should be higher atmospheric pressure at sea level, and every reason the pressure should release and equalize with the lower pressure of the upper atmosphere.

Four.  How can density remain the same and pressure change?  Like 1 kilogram of oxygen gas trapped in a gas bottle? 

« Last Edit: April 29, 2023, 03:20:17 AM by DataOverFlow2022 »

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sceptimatic

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Re: Experiment ideas to prove Denpressure?
« Reply #64 on: April 28, 2023, 10:04:29 AM »
  Your butchered idea of pressure (atmospheric stacking) is nothing like how it actually works.
To you, no, and to many others, no. But to me, It does not require a fictional gravity.
You believe it does because you were told so.

Quote from: Unconvinced
It’s kind of funny you think you can replace gravity with some kind of pressure effect without buggering up how pressure works as well.  On the assumption you really believe anything you say of course.
I'm not replacing gravity. Gravity does not exist. I'm merely discounting the  fantasy story of it.
I'm simply offering what I believe is a closer reality.

Quote from: Unconvinced
Even those working with a model of physics where gravity is a fundamental force?  ie.  all of them.
Nobody uses gravity.
You can't even tell me how gravity is used.
Offer me an example, nice and simple where gravity is a force to be used.

Quote from: Unconvinced
Quote
Quote from: Unconvinced
You could solve the world’s energy problems with such magic.  You should probably share it outside this forum.
There are no world energy problems.
The energy is all there but the harnessing of it is cloaked.

Cloaked?  Like the Klingons?  How it is cloaked?
Not what it's claimed to be and the reality being cloaked.

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sceptimatic

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Re: Experiment ideas to prove Denpressure?
« Reply #65 on: April 28, 2023, 10:09:18 AM »

They don't drop at the same rate. They may appear to be over a small distance but the reality would be much different over a reality of just a feather itself without adding something to it to effect a straighter drop.

Huh.  Yeah the do. They fall at the same rate over a long distance.


Quote
Brian Cox visits the world's biggest vacuum | Human Universe - BBC




It's pointless using Brian and his open-mouthed amazed so-called scientific colleagues.

They’re not really amazed.  It’s an educational video.  For children mainly.

We did that one in school on a smaller scale.  You could knock up a simple version at home if you gave a crap.
You mean a simple version of dropping something from half a foot and claiming gravity?

And those people in that video are acting all amazed. Even good old Brian, as if this is the very first time it's been performed and all are in shock and awe.
What a joke.
It's just as bad as the silly astronaut dropping a hammer and falcon feather, supposedly.

Every ounce counts Mr actornauts so take this falcon feather....oh and take this lump hammer too and have a carry-on dropping them.

Good stories to fool the masses but as the saying goes, you can fool some of the people all of the time and all of the people some of the time but you can't fool all of the people all of the time.

Re: Experiment ideas to prove Denpressure?
« Reply #66 on: April 28, 2023, 10:09:25 AM »

You might as well offer up a party blower.

No matter how you try to lie about something doesn’t take away from the truth.

The Bourdon tube shows as gas pressure and or the amount of gas molecules in a trapped space changes, the ability of that gas to expert a force changes.  Thus.  Weight should have a direct and predictable change as pressure changes.  There is no correlation between weight and pressure.



Re: Experiment ideas to prove Denpressure?
« Reply #67 on: April 28, 2023, 10:12:11 AM »

Good stories

Again.  Why do things of different densities fall at the same rate when air resistance is made negligible.

And more important, why is the rate consistent with the model of gravity. 


Re: Experiment ideas to prove Denpressure?
« Reply #68 on: April 28, 2023, 10:19:31 AM »

 you can fool some of the people all of the time and all of the people some of the time but you can't fool all of the people all of the time.

Which has nothing to do with your blatant lies..


And the other things your word salads fail to actually explain…

While…..

You can’t provide an experiment that proves den-pressure.

You can’t explain how den-pressure works with Hooke’s laws to make less dense material like a foam block make a more dense steel spring stretch down in a vertical spring scale.  And how less dense atmosphere can make the spring go down using a foam block into more dense atmosphere.  Why less dense atmosphere would push anything down in to more dense a restrictive atmosphere.

You can’t explain in the outlines of gas laws why in a zero gravity earth delusion why there is more pressure at sea level, and why this greater pressure doesn’t equalize into less pressure at altitude.

From vacuum chambers to pressurized chambers, you can’t show that changes in pressure drives the weight of an object, and that changes in pressure drive the rates objects fall. You have failed to show a correlation between changes in pressure, weight,  and acceleration of falling objects.


You have failed in a world of airlocks how density can make things / force things to fall sideways.

In a world where the changes in sea water density for whole hundreds of feet of depth are negligible, you have failed to explain the lack of density layering in the ocean. (Especially there being great increases in pressure with essential no changes in density) And failed to explain why there is no predictable modeling derived from your nonsense about the atmosphere that predicts the pressure increases in ocean’s water column.

You failed to explain what happens to weight at absolute zero where “vibrations” stop.

You can’t even use you den-pressure in any useful way.  Your model can’t even approach the accuracy achieved in entry level physics for a simple ball drop.

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sceptimatic

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Re: Experiment ideas to prove Denpressure?
« Reply #69 on: April 28, 2023, 10:21:21 AM »

There is always an effect both outside and inside.


No in the case for the testes for the vacuum tube.
There will always be effects inside and out because you rob Peter to pay Paul in equal measures. Action and equal and opposite reaction.
If you have a glass tube clamped to the floor of a full swimming pool and the glass tube is full of water then you can understand it's near equalising with the water due to the same water inside of it.

Push out that water and change the effect of pressure inside the tube and add it to the pool.
You now add pressure back onto the tube. Extra pressure.

This is all you're doing with atmosphere, only less dense.


Quote from: DataOverFlow2022
Glass is a very effective gas barrier.
I'm not talking about the glass absorbing. We don't need to go down the superfluid route.




Quote from: DataOverFlow2022

Things of different dense masses do not fall at the same rate.


Wow.  You made that easier.

As proven over and over again by experimentation.  When you make air resistance negligible, things of different densities in a solid state do fall at the same rate. 


Your den-pressure delusion is based on your lies.
Different dense masses will never fall at the same rate. They may appear to be under a short height by eye but they will never fall at the exact same rate.
You would need identical dense masses to do that.


When it suits resistance will be used if something falls slower.
This is the funny thing about gravity. It only works for some things and then when it doesn't then atmospheric resistance is added in. It's pretty funny to be fair.

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sceptimatic

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Re: Experiment ideas to prove Denpressure?
« Reply #70 on: April 28, 2023, 10:22:10 AM »

You might as well offer up a party blower.

No matter how you try to lie about something doesn’t take away from the truth.

The Bourdon tube shows as gas pressure and or the amount of gas molecules in a trapped space changes, the ability of that gas to expert a force changes.  Thus.  Weight should have a direct and predictable change as pressure changes.  There is no correlation between weight and pressure.
As I said, it's just a more intricate-looking party blower.

Re: Experiment ideas to prove Denpressure?
« Reply #71 on: April 28, 2023, 10:22:41 AM »
  Your butchered idea of pressure (atmospheric stacking) is nothing like how it actually works.
To you, no, and to many others, no. But to me, It does not require a fictional gravity.
You believe it does because you were told so.

What happened to that respect you claimed to have for people who work in these fields?

Quote
Quote from: Unconvinced
It’s kind of funny you think you can replace gravity with some kind of pressure effect without buggering up how pressure works as well.  On the assumption you really believe anything you say of course.
I'm not replacing gravity. Gravity does not exist. I'm merely discounting the  fantasy story of it.
I'm simply offering what I believe is a closer reality.

The physics that all physicists and engineers work with has gravity as a fundamental force.  Newton’s laws are absolutely central to mechanics. If they were wrong, literally everything else would fall apart.  Particularly gas pressure, which you want to give the job of pushing things down that gravity does in real science.

Quote
Quote from: Unconvinced
Even those working with a model of physics where gravity is a fundamental force?  ie.  all of them.
Nobody uses gravity.
You can't even tell me how gravity is used.
Offer me an example, nice and simple where gravity is a force to be used.

LOL.  Of course they do.

Stand on some scales.  Gravity is the thing that causes the dial to move.  Is that simple enough?

Quote
Quote from: Unconvinced
Quote
Quote from: Unconvinced
You could solve the world’s energy problems with such magic.  You should probably share it outside this forum.
There are no world energy problems.
The energy is all there but the harnessing of it is cloaked.

Cloaked?  Like the Klingons?  How it is cloaked?
Not what it's claimed to be and the reality being cloaked.

So power stations, wind farms, solar panels, etc aren’t real either?

« Last Edit: April 28, 2023, 10:39:07 AM by Unconvinced »

Re: Experiment ideas to prove Denpressure?
« Reply #72 on: April 28, 2023, 11:37:31 AM »

There will always be effects inside and out because you rob Peter to pay Paul in equal measures.

Sigh.


We are discussing the atmosphere inside the vacuum chamber being separated from the outside atmosphere by a gas tight barrier once the pressure is evacuated from the chamber.

Reactions take place in such environments isolated from the rest of the world.  Not dependent on the rest of the world.  Like chemical reactions in a reaction chamber. Reactions that very much required to be isolated and contained for the safety of the outside world.  Like a container of nerve gas as an over simplified example. 

If you want to play your little game.  If I use a magnetic to lift a steel ball inside a vacuum chamber at vacuum, what is being robbed from the outside?

What is the earth robbing from outside the dome in your dome delusion to exist?

Or can you an actually isolate a system like a steam cycle in thermal dynamics.


You lying about certain things doesn’t make things true.


Now stop distracting.


Why do objects of different densities fall at the same rates when air resistance is made negligible.

You can do it with feathers and coins in a vacuum camber.  Or you can do it with the shape of an object and balls of plastic, wood, iron, aluminum, lead

Again.  There is no correlation between pressure/density and the rate objects drop when air resistance is made negligible.

« Last Edit: April 28, 2023, 11:43:38 AM by DataOverFlow2022 »

Re: Experiment ideas to prove Denpressure?
« Reply #73 on: April 28, 2023, 11:39:52 AM »

As I said, it's just a more intricate-looking party blower.

And you just look stupid.  That in no way address the weakness your den-pressure shows.
 
Again..

No matter how you try to lie about something doesn’t take away from the truth.

The Bourdon tube shows as gas pressure and or the amount of gas molecules in a trapped space changes, the ability of that gas to expert a force changes.  Thus.  Weight should have a direct and predictable change as pressure changes.  There is no correlation between weight and pressure.

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Alexei

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Re: Experiment ideas to prove Denpressure?
« Reply #74 on: April 28, 2023, 11:41:35 AM »
I'm not trying to spend an hour reading posts in this thread but from my understanding if the pressure of a gas changes so does the force it excerts on an object?


Re: Experiment ideas to prove Denpressure?
« Reply #75 on: April 28, 2023, 11:52:35 AM »
I'm not trying to spend an hour reading posts in this thread but from my understanding if the pressure of a gas changes so does the force it excerts on an object?

I guess it depends on the view point.  The way a pressure makes a pressure gauge deflect the metal tube used to make a pressure reading would indicate a gas can exert a force.  But that force is dependent on temperature and the amount of gas molecules.  Changing those will cause the tube in the pressure gauge to change shape.  And it’s a measurable and predictable relationship how much the tube will change shape that allows the pressure gauge to read accurate pressures.

If atmospheric pressure was responsible for weight instead of gravity, then weight should be shown to fluctuate predictably over the full range a mass of an object on a balance scale could be subjected to in a chamber that can go from vacuum to 1000 pounds PSI. 
« Last Edit: April 28, 2023, 11:57:26 AM by DataOverFlow2022 »

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Alexei

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Re: Experiment ideas to prove Denpressure?
« Reply #76 on: April 28, 2023, 11:54:19 AM »
Would a cold gas weigh more than a hot gas? Or would they weigh the same?


Re: Experiment ideas to prove Denpressure?
« Reply #77 on: April 28, 2023, 12:08:43 PM »
Would a cold gas weigh more than a hot gas? Or would they weigh the same?

If the gas was in a pressure bottle.  Say it has 1 kilogram of pure diatomic oxygen gas inside. The  mass will always be the mass of the bottle and 1 kilogram of gas.  If you heated it up or cool it down. The mass of the trapped gas stays the same. The pressure will increase or decrease.  I would say the weight of the bottle and trapped gas would stay the same too.


I guess you would want to know what happens with a 10 gram ball inside the pressure bottle with the gas.  The weight of the trapped ball would read essentially the same with pressure changes inside the bottle. 
« Last Edit: April 28, 2023, 03:21:14 PM by DataOverFlow2022 »

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Alexei

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Re: Experiment ideas to prove Denpressure?
« Reply #78 on: April 28, 2023, 12:10:20 PM »
Oh. I'm still learning science in school so I didn't really know but thanks for educating me on that!

Re: Experiment ideas to prove Denpressure?
« Reply #79 on: April 28, 2023, 12:14:57 PM »
Oh. I'm still learning science in school so I didn't really know but thanks for educating me on that!

They’re lots going on.  Mass, density, weight, temperature, mechanical stress. 

Re: Experiment ideas to prove Denpressure?
« Reply #80 on: April 28, 2023, 12:22:56 PM »
At  sceptimatic

For this scenario,

——-
If the gas was in a pressure bottle.  Say it has 1 kilogram of pure diatomic oxygen gas inside. The  mass will always be the mass of the bottle and 1 kilogram of gas.  If you heated it up or cool it down. The mass of the trapped gas stays the same. The pressure will increase or decrease.  I would say the weight of the bottle and trapped gas would stay the same too.


I guess you would want to know what happens with say a 10 gram ball inside the pressure bottle with the gas.  The weight of the trapped ball would read essentially the same with pressure changes inside the bottle.
——

Now sceptimatic.  If you think the weight of the 10 gram ball in the bottle changes with pressure.  Will the weight of the whole system change as the weight of the ball changes?


Note.  Added for Den-pressure.  I guess the more important question for Den-pressure.  For a fixed volume of gas in a pressure bottle, can the pressure increase with no change in density? 
« Last Edit: April 28, 2023, 03:21:47 PM by DataOverFlow2022 »

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JackBlack

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Re: Experiment ideas to prove Denpressure?
« Reply #81 on: April 28, 2023, 04:04:52 PM »
Is it me or is it these people who are basically put out to muddy the waters?
It is you.
You find something which doesn't match your fantasy, so you dismiss it as a lie, a massive conspiracy.

That so-called vacuum chamber is nothing of the sort.
Why? Because you don't like it?
Or are you yet again wanting to play your semantic games of its not actually a perfect vacuum?

We're all scientific if we are looking to evaluate life and happenings within this home we call Earth.
Being scientific would require honestly and following the evidence. So that doesn't match you at all.

When it all comes down to it there's so much we actually don't know the real truth of but there is also so much pretence of science that is and can be far from the truth and this is where we're at right now.
No, where we are at is you hating so much of science because it doesn't match your fantasy, so you dismiss it as lies or pretence; where you dismiss any evidence to support it, and cannot offer any viable alternative or show any fault with the model.

Nothing has contradicted me, unless you want to offer something.
Plenty has been offered, including your own model.
At perhaps the most basic level from reality, we know how air pressure works. It pushes from high to low pressure. This means the air pushes objects up, not down.
One of the most basic tenants of your model is contradicted by simple observations from reality.

It's only wrong when gravity is used.
Which means your model is wrong.
We do not need to use gravity to make an observation that the pressure is greater lower down, which will push objects up.

Gravity only comes into it if we want to explain the pressure gradient and why things fall.

But again, this shows the big issue with you, you reject gravity, solely because it is gravity.

There are millions and millions of experiments with physics and many people do an exceptional job with the use of experimentation and gaining knowledge of the uses of gases, liquids and solids and so on and so on.
I have zero issues with people like that and in fact, I absolutely admire them.
Except that their work shows your claims are delusional garbage and that the atmosphere acts nothing like what you claim.

Gas pressure can push an object up and can push objects along horizontally.
However, energy has to be applied.
The pressurised gas is a source of energy. As it pushes and expands it transfers energy.

Because that's what happens with a mass that has had energy applied to raise it into the atmosphere.
And the question you refuse to answer is WHY?

Why does lifting it up mean it goes down?
Why doesn't moving it to the right mean it goes back to the left?
Why doesn't moving it down make it go back up?

Why does the atmosphere magically just push things down in complete defiance of the known laws of gases?

The dense mass must overcome the atmosphere directly below it but it cannot just do that
This depends on what the mass and volume of the object is.
If the object is dense enough, then the force from gravity certainly can.
But you want to pretend gravity doesn't exist, and instead it is just the air.
So where is it getting the force from to overcome the pressure below?
It CANNOT be the air above, as that is less pressure.
It CANNOT be "compression", as that pushes inwards, not downwards.

Again, you have no answer. The best you get is appealing to the mass of the object, as if the object itself will magically try to go down.

It's that compression that squeezes the object back to the foundation that is more dense than it. Usually liquid or a solid, or basically water or solid/near solid ground. And so on.
Compression squeezes objects inwards, not downwards.
And why should it magically push the object down until it hits a foundation that is more dense? Why not just keep pushing it?

Also, understand that friction alone kills gravity because your gravity has to rely on no friction.
For this reason, you can never have your gravity as a supposed constant.
Why? Because you say so?
We can reduce friction so it is negligible.
But regardless, additional forces acting doesn't mean gravity magically stops existing.
The only aspect which relies upon no or negligible friction is all objects accelerating at the same rate.

So no, friction doesn't kill gravity in any way.

Conversely your delusional garbage required directly defying the known laws of how gases work.
So conversely, denpressure is DOA.

Until you can explain several of the gaping holes in denpressure, it will remain garbage.
You need to tell us what magic causes the atmosphere to stack and create a pressure gradient.
You need to tell us what magic causes objects to be pushed down (again, we know it can't be the atmosphere because the greater pressure below will push objects up).

To you, no, and to many others, no. But to me, It does not require a fictional gravity.
You believe it does because you were told so.
Stop repeating the same pathetic lies.
We know that the pressure gradient requires a downwards force acting on the fluid, independent of the fluid, and proportional to mass; because that is what observations show.

In order for the pressure to increase as you go down, you need a force in addition to the force from above pushing down.
This means there must be something acting directly on that layer of fluid itself other than the fluid around it.
Without such a force, the pressure is constant.
And as the pressure gradient is proportional to the density of the fluid, that force needs to be proportional to mass.
That leaves 2 options, a force like gravity, or an inertial force from Earth accelerating upwards.
As the downwards force varies across Earth, Earth accelerating upwards is not enough.

So that is why we think it requires very real gravity. Because that is what the evidence shows. You can claim it isn't gravity, but you still need some downwards force proportional to mass.

I'm not replacing gravity.
You are trying to replace gravity, and failing miserably.
Gravity explains why things fall, and you are trying to replace that.

You thinking it is fictional doesn't mean you aren't trying to replace it.

I'm simply offering what I believe is a closer reality.
And the problem is that it is clearly further away from reality.
« Last Edit: April 28, 2023, 04:12:51 PM by JackBlack »

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JackBlack

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Re: Experiment ideas to prove Denpressure?
« Reply #82 on: April 28, 2023, 04:12:32 PM »
I'm not trying to spend an hour reading posts in this thread but from my understanding if the pressure of a gas changes so does the force it excerts on an object?
In reality, yes.
The force on the object is given by the product of the pressure of the gas and the area of the object.
Double the pressure, double the force.

This is represented by the equation F=PA.
This is a key principle of hydraulic control systems (and pneumatic ones).
Often it uses a small area with a given force to push the fluid to compress it, increasing the pressure.
This can then act on a much larger area to provide a much greater force.

Would a cold gas weigh more than a hot gas? Or would they weigh the same?
This depends on what you mean by hot gas and cold gas, and what you mean by weigh.
Assuming it is the same gas, a hot gas will be less dense if at the same pressure.
This means a greater buoyant force will act on it (as it displaces more atmosphere) so it will appear to weigh less. Additionally, as it is less dense, the same volume will weigh less.
Conversely, if you keep the volume the same, then the gas will be at a greater pressure, but otherwise behave the same, so that would weigh the same.

This is represented with 2 equations:
PV=nRT, and m=nM (and a few others)
Where P is the pressure; V is the volume; n is the amount of gas, measured in mol; R is the universal gas constant; T is the absolute temperature (in kelvin, not celsius or fahrenheit); m is the mass; and M is the molar mass.

Re: Experiment ideas to prove Denpressure?
« Reply #83 on: April 29, 2023, 03:27:39 AM »

Things of different dense masses do not fall at the same rate.


Really?










****** So you have four problems that kill den-pressure.

One, when air resistance is made negligible by the shape of the object and or removing the air resistance, density has no effect on the rate objects fall.

 And sceptimatic has provided no evidence otherwise.  And sceptimatic has not provided any modeling of rates things should fall at based on density in a vacuum where air resistance is made negligible.

Look at this cited source..


Quote
How to Calculate a Bullet's Trajectory

https://sciencing.com/projectile-motion-physics-definition-equations-problems-w-examples-13720233.html

Funny. Air resistance and air density are used.  The value of gravity and the bullet mass is used.  But the bullet’s density for example is not used as a factor to determine when the bullet will hit the ground. Strange.  Because a bullet can be many different things.  Leads. Lead jacketed with copper.  And so on.  Just mass, gravity, changes in height, and drag.  No density required for the calculations.  It’s like weight, gravity acting on mass, is the important thing. 


Two.  If pressure is the downward force that makes things fall at a certain rate.  Why do things fall faster in a vacuum. 

Three.  In a no gravity model there is no reason there should be higher atmospheric pressure at sea level, and every reason the pressure should release and equalize with the lower pressure of the upper atmosphere.  Somehow the lower pressure of the upper atmosphere is trapping higher pressure at sea level in defiance of the gas laws. 

Four.  How can density remain the same and pressure change?  Like 1 kilogram of oxygen gas trapped in a gas bottle as it heats and cools. 
« Last Edit: April 29, 2023, 03:39:58 AM by DataOverFlow2022 »

Re: Experiment ideas to prove Denpressure?
« Reply #84 on: April 29, 2023, 04:38:20 AM »
I would suggest  sceptimatic get a camera, a tube, a vacuum pump, and hardware.  And instead of posting, do some actual work and try to document how established rates of falling are wrong in a vacuum…


Pump…
https://www.harborfreight.com/25-cfm-vacuum-pump-61245.html?utm_source=google&utm_medium=cpc&utm_campaign=12144811130&campaignid=12144811130&utm_content=117789273518&adsetid=117789273518&product=61245&store=229&gclid=EAIaIQobChMIw7HEjv_O_gIVLQ6zAB0z7QoqEAQYAiABEgK6NvD_BwE

Acrylic Sight Glass Tube – 2″ OD, 1-1/2″ ID, Clear, Round, 72″ Long, EA (AET2006)
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Looking forward to sceptimatic’s experiments instead of bitching about gravity.

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sceptimatic

  • Flat Earth Scientist
  • 30075
Re: Experiment ideas to prove Denpressure?
« Reply #85 on: April 29, 2023, 05:26:02 AM »
The physics that all physicists and engineers work with has gravity as a fundamental force.  Newton’s laws are absolutely central to mechanics. If they were wrong, literally everything else would fall apart.  Particularly gas pressure, which you want to give the job of pushing things down that gravity does in real science.
Nothing will fall apart if you take away the gravity nonsense.
It works as it does in spite of the made-up gravity word.

Quote from: Unconvinced
Stand on some scales.  Gravity is the thing that causes the dial to move.  Is that simple enough?
It seems simple enough for you but then again you're told gravity causes the scale dial to move and you have no need to question it.

However, it's the dense mass displacement of the atmosphere using a moveable scale plate foundation to that dense mass that offers a reading based on a spring resistance which offers a weight for the dense mass minus the natural volume.

Yous ee yours isn't explainable, mine is.


Quote from: Unconvinced
So power stations, wind farms, solar panels, etc aren’t real either?
I never said they weren't real.

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sceptimatic

  • Flat Earth Scientist
  • 30075
Re: Experiment ideas to prove Denpressure?
« Reply #86 on: April 29, 2023, 05:38:14 AM »

There will always be effects inside and out because you rob Peter to pay Paul in equal measures.

Sigh.


We are discussing the atmosphere inside the vacuum chamber being separated from the outside atmosphere by a gas tight barrier once the pressure is evacuated from the chamber.

And I've just told you it alters the setup both inside and out.

Quote from: DataOverFlow2022
  If you want to play your little game.  If I use a magnet to lift a steel ball inside a vacuum chamber at vacuum, what is being robbed from the outside?
The energy required to lift the steel ball.


Quote from: DataOverFlow2022
What is the earth robbing from outside the dome in your dome delusion to exist?
Nothing. It's a sealed cell.

Quote from: DataOverFlow2022
Or can you actually isolate a system like a steam cycle in thermal dynamics?
What do you mean?
Explain what it is you're saying. Give me an example.


Quote from: DataOverFlow2022
Again.  There is no correlation between pressure/density and the rate objects drop when air resistance is made negligible.
Air resistance is never made negligible. That's the whole point.

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sceptimatic

  • Flat Earth Scientist
  • 30075
Re: Experiment ideas to prove Denpressure?
« Reply #87 on: April 29, 2023, 05:42:09 AM »
The Bourdon tube shows as gas pressure and or the amount of gas molecules in a trapped space changes, the ability of that gas to expert a force changes.  Thus.  Weight should have a direct and predictable change as pressure changes.  There is no correlation between weight and pressure.
Ok so you think there's no correlation between weight and pressure.

If I stuck a scale to a container wall and placed you just touching that scale and then inflated a membrane inside that container against you, would you start to offer a reading on that scale?
If not why not and if so, why?
« Last Edit: April 29, 2023, 05:44:22 AM by sceptimatic »

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sceptimatic

  • Flat Earth Scientist
  • 30075
Re: Experiment ideas to prove Denpressure?
« Reply #88 on: April 29, 2023, 05:45:06 AM »
I'm not trying to spend an hour reading posts in this thread but from my understanding if the pressure of a gas changes so does the force it excerts on an object?
Correct.

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sceptimatic

  • Flat Earth Scientist
  • 30075
Re: Experiment ideas to prove Denpressure?
« Reply #89 on: April 29, 2023, 05:48:50 AM »
If atmospheric pressure was responsible for weight instead of gravity, then weight should be shown to fluctuate predictably over the full range a mass of an object on a balance scale could be subjected to in a chamber that can go from vacuum to 1000 pounds PSI.
Don't forget the actual scale has to be in that very same environment and that means it is altering along with the evacuation or compression in the chamber.