civil-debate

Discord ID: 538929818834698260


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2019-04-06 20:22:41 UTC

By adding a second balloon, you've doubled both the mass and the volume, so they cancel each other out.

2019-04-06 20:22:43 UTC

the mass increase so does the volume, however the increase in mass is much much less than the increase in mass would be if you were to fill the balloons with air

2019-04-06 20:23:07 UTC

that doesn't matter

2019-04-06 20:23:18 UTC

it could be infinitely less

2019-04-06 20:23:32 UTC

as long as the ratio stays the same...

2019-04-06 20:24:46 UTC

Which it obviously does if the helium balloons are identical.

2019-04-06 20:25:43 UTC

Air has a density of about 1.2kg/m^3, however helium at room temperature at standard air pressure is about 0.164kg/m^3 and hydrogen is lower about 0.1kg/m^3

2019-04-06 20:26:00 UTC

So for each meter cubed of helium you are adding you can lift about 1kg

2019-04-06 20:26:20 UTC

Are we changing the subject ok then

2019-04-06 20:26:21 UTC

So when you have about 100 m^3 of helium you should be able to lift a man

2019-04-06 20:26:28 UTC

Which law is this?

2019-04-06 20:26:37 UTC

Archimdedes principle

2019-04-06 20:26:38 UTC

First law

2019-04-06 20:26:46 UTC

We are still one that?

2019-04-06 20:26:47 UTC

F = pVg

2019-04-06 20:26:54 UTC

p = density

2019-04-06 20:26:59 UTC

V = volume

2019-04-06 20:27:04 UTC

g = gravity

2019-04-06 20:27:09 UTC

Can you really lift a man?

2019-04-06 20:27:22 UTC

@Ivan Pavlovich What's gravity?

2019-04-06 20:27:32 UTC

1. CHANGING THE DENSITY OF THE BODY: https://imgur.com/a/uIY067X

2019-04-06 20:27:34 UTC

all flight is based on lift

2019-04-06 20:27:41 UTC

No it's not

2019-04-06 20:27:46 UTC

The thing that facilitates the phenomenon you mentioned

2019-04-06 20:27:58 UTC

And what would that be please?

2019-04-06 20:27:58 UTC

most that is

2019-04-06 20:28:26 UTC

Downwards force, as pointed out in the diagram you posted

2019-04-06 20:28:42 UTC

Yeah Archimedes didn't use gravity

2019-04-06 20:28:49 UTC

So I don't know what your point is

2019-04-06 20:29:00 UTC

See that downwards arrow?

2019-04-06 20:29:04 UTC

tbh me neither

2019-04-06 20:29:07 UTC

ignore that

2019-04-06 20:29:17 UTC

See that upwards arrow?

2019-04-06 20:29:24 UTC

Yes.

2019-04-06 20:29:34 UTC

Yeah exactly

2019-04-06 20:29:51 UTC

So you admit to a downwards force and a normal force?

2019-04-06 20:29:57 UTC

So as you can see you can modify the direction and rate of acceleration by changing your density

2019-04-06 20:30:08 UTC

@Ivan Pavlovich force is mass times acceleration is it?

2019-04-06 20:30:09 UTC

yes?

2019-04-06 20:30:14 UTC

NET acceleration

2019-04-06 20:30:21 UTC

What does this have to do with balloons and more importantly gravity

2019-04-06 20:30:30 UTC

@Hamburger Guy what's gravity?

2019-04-06 20:30:45 UTC

If that upwards arrow overpowers the downwards, you will float.

2019-04-06 20:30:50 UTC

@Human Sheeple how does that photo prove your first law

2019-04-06 20:31:18 UTC

You can set pVg equal to your weight to see how many balloons you need to fly.

2019-04-06 20:31:26 UTC

If you can make your body a lower density than the medium, you will float in accordance with archimedes principle

2019-04-06 20:31:42 UTC

Ok and

2019-04-06 20:32:01 UTC

@Ivan Pavlovich And I can make up math too, n = RM/I
number of retards in the room = Retardation factor x Morons / IQ of the lowest person in the room

2019-04-06 20:32:05 UTC

Actually hold on I need to do something

2019-04-06 20:32:08 UTC

Busy day

2019-04-06 20:32:15 UTC

You think this is made up?

2019-04-06 20:32:19 UTC

But yeah until I see scientific method experimental evidence of your "g" I'm going to discount it

2019-04-06 20:32:33 UTC

You do realise that this equation is verified, right?

2019-04-06 20:32:41 UTC

So verify g for me please

2019-04-06 20:32:55 UTC

g is just downwards acceleration.

2019-04-06 20:33:11 UTC

You can measure that by dropping stuff from a set height.

2019-04-06 20:33:25 UTC

GRAVITY DROP SOMETHING FLIES UP: https://imgur.com/a/0gpjvOK

2019-04-06 20:33:38 UTC

so g = about + 2 m/s^2 yes?

2019-04-06 20:33:56 UTC

That's accelerating upwards isn't it?

2019-04-06 20:34:00 UTC

Yeah thought so

2019-04-06 20:34:25 UTC

That's disregarding air resistance, buoyancy, etc.

2019-04-06 20:34:46 UTC

Sorry I want cause and effect scientific method experimental evidence, I don't want your beliefs

2019-04-06 20:34:52 UTC

I am looking at acceleration here

2019-04-06 20:35:07 UTC

I can show you very clear evidence changing densities changes acceleration

2019-04-06 20:35:17 UTC

It's just a belief that stuff accelerates at 9.8 in a vacuum?

2019-04-06 20:35:30 UTC

And yes, nobody denies that buoyancy exists.

2019-04-06 20:35:47 UTC

Same as sitting on a chair can bring your acceleration to 0.

2019-04-06 20:36:03 UTC

That brings us to Sheeple's 2nd law of accelerationism

2019-04-06 20:36:08 UTC

2. CHANGING THE DENSITY OF THE MEDIUM: https://imgur.com/i0Cww6Y

2019-04-06 20:36:12 UTC

```in a vacuum```

2019-04-06 20:36:20 UTC

that's changing the density of the medium

2019-04-06 20:36:33 UTC

Watch closely

2019-04-06 20:36:39 UTC

they do not accelerate at the same rate

2019-04-06 20:37:14 UTC

Ah yes, I've seen this before.

2019-04-06 20:37:15 UTC

However I would argue the bowling ball and the feather have more similar body density to medium density ratios

2019-04-06 20:37:21 UTC

in a vacuum

2019-04-06 20:37:29 UTC

There's this thing called elastic energy.

2019-04-06 20:37:39 UTC

Nobody's ever observed a perfect vacuum, only ever degrees of parital pressure

2019-04-06 20:38:02 UTC

Nevertheless archimedes principle is not in violation

2019-04-06 20:38:11 UTC

You are dropping two very dense objects in a very not dense medium

2019-04-06 20:38:34 UTC

likewise if you drop a not very dense object in a dense medium such as the aluminium sheet in the container of sulfur hexafluoride, it floats

2019-04-06 20:39:07 UTC

so before I address the feather, tell me, what provides the downwards force to being with?

2019-04-06 20:40:10 UTC

force = mass times acceleration, can we deal with the acceleration please?

2019-04-06 20:40:21 UTC

Yes.

2019-04-06 20:41:10 UTC

sure so you agree that by changing either the density of the body or changing the density of the medium can cause a change in acceleration even direction of accelration yes?

2019-04-06 20:41:40 UTC

Yes, a change in net force will change net acceleration.

2019-04-06 20:41:50 UTC

cause = changing the density of something by attaching helium/hydrogen/deuterium/tritium/helium-3 balloons to ones self.

2019-04-06 20:42:04 UTC

effect = changing in direction of acceleration

2019-04-06 20:42:06 UTC

No

2019-04-06 20:42:19 UTC

well force is a byproduct of acceleration, so I want to talk just about the acceleration please.

2019-04-06 20:42:39 UTC

Cause: providing upwards force to overcome downwards.

2019-04-06 20:42:54 UTC

But yes, lets continue

2019-04-06 20:42:57 UTC

Yeah I'm not interested in forced thank you, I'm talking about sheeple's laws of accelerationism

2019-04-06 20:43:07 UTC

Lol grabbity forgets to grab helium but somehow makes the atmosphere stick like velcro and prevents it from rushing into a empty space

2019-04-06 20:43:21 UTC

acceleration is a fundamental component of force

2019-04-06 20:43:30 UTC

force is not the cause of acceleration

2019-04-06 20:43:34 UTC

@Hamburger Guy ๐Ÿ˜‚

2019-04-06 20:43:41 UTC

Try helium in a vacuum.

2019-04-06 20:43:47 UTC

force is a byproduct of mass and acceleration

2019-04-06 20:43:51 UTC

Density then

2019-04-06 20:44:28 UTC

Actually, force IS the cause of acceleration.

2019-04-06 20:44:38 UTC

9. WAVE PROPULSION: https://imgur.com/BOi8zNF

2019-04-06 20:44:41 UTC

No it's really not

2019-04-06 20:44:47 UTC

EM waves have ZERO mass

2019-04-06 20:44:51 UTC

force is mass times acceleration

2019-04-06 20:44:56 UTC

no mass yet acceleration occurs

2019-04-06 20:45:03 UTC

So @Ivan Pavlovich I'm sorry you're wrong

2019-04-06 20:45:16 UTC

What acceleration?

2019-04-06 20:45:40 UTC

Do you see the object moving as a result of being shot at with a laser?

2019-04-06 20:45:49 UTC

lasers emit light or infra red waves

2019-04-06 20:46:08 UTC

Yeah, waves have energy and they can transfer that.

2019-04-06 20:46:20 UTC

so it's not a force then is it

2019-04-06 20:46:37 UTC

It is.

2019-04-06 20:46:50 UTC

force is mass times acceleration, what's anything times zero @Ivan Pavlovich ?

2019-04-06 20:47:02 UTC

zero

2019-04-06 20:47:08 UTC

zero force yet an acceleration occurs

2019-04-06 20:47:17 UTC

The LIGHT has 0 mass, not the object being pushed.

2019-04-06 20:47:22 UTC

force is a byproduct of accelertiaon, accelration is not a by product of force

2019-04-06 20:47:39 UTC

so can you please shut up about forces now you've been proven WRONG

2019-04-06 20:47:40 UTC

?

2019-04-06 20:47:47 UTC

F = ma
Therefore a = F/m
m = F/a
You could also say that a stationary cube has no acceleration, and their mass cannot be calculated as you cannot divide by 0 so it cannot exist

2019-04-06 20:48:08 UTC

This kind of reasoning does not work

2019-04-06 20:48:20 UTC

I haven't been proven wrong, but we might as well move on.

2019-04-06 20:48:26 UTC

We're talkign about acceleration and @Ivan Pavlovich keeps insisiting a force is required, it's really not

2019-04-06 20:48:33 UTC

Can't you use p = f*v and disregard the mass term

2019-04-06 20:48:36 UTC

But mass is part of the relationship between both

2019-04-06 20:48:38 UTC

How can you have a force with zero mass @Ivan Pavlovich ?

2019-04-06 20:48:47 UTC

Yes

2019-04-06 20:48:48 UTC

How much does a beam of light weigh?

2019-04-06 20:48:51 UTC

How can you have a mass with no acceleration?

2019-04-06 20:49:03 UTC

Same equation

2019-04-06 20:49:05 UTC

Same logic

2019-04-06 20:49:12 UTC

Ok, so you're confusing the light with the object that's being pushed.

2019-04-06 20:49:22 UTC

object being pushed by light with zero mass

2019-04-06 20:49:32 UTC

The acceleration _of the object_ is what matters

2019-04-06 20:49:42 UTC

@Syntax Thank you, can you tell @Ivan Pavlovich that please

2019-04-06 20:49:56 UTC

F = ma refers to the object being pushed, not the pusher.

2019-04-06 20:49:59 UTC

What I was saying is actually going against your line of reasoning

2019-04-06 20:50:13 UTC

because I swear to god if this zombie doesn't shut up about his forces I'm going to kick him, a zero sum force that creates an acceleration such shit

2019-04-06 20:50:35 UTC

Censorship.

2019-04-06 20:50:42 UTC

You can't use the equation to argue that way
Rearrange the equation and your logic causes the value of mass to be uncalculatable

2019-04-06 20:50:43 UTC

ANYWAYS, let's move on

2019-04-06 20:50:47 UTC

For real this time

2019-04-06 20:51:08 UTC

3. APPLICATION OF PRESSURE VECTORS https://imgur.com/a/g6eAkG6

2019-04-06 20:51:15 UTC

Hmm
sorry

2019-04-06 20:51:17 UTC

The woman is accelerating

2019-04-06 20:51:22 UTC

But I don't see any mass pushing that woman

2019-04-06 20:51:24 UTC

Isn't that just drag, how does that relate to gravity

2019-04-06 20:51:24 UTC

Must be fake

2019-04-06 20:51:28 UTC

Same logic

2019-04-06 20:51:36 UTC

If you have a powerful enough fan underneath you, you will accelerate upwards

2019-04-06 20:52:05 UTC

@Hamburger Guy He threatened to shut us down, so we don't have a choice.

2019-04-06 20:52:10 UTC

Cause = big fan blowing air
Effect = acceleration

2019-04-06 20:52:31 UTC

Yep, air particles can apply force as well.

2019-04-06 20:52:38 UTC

>>mute 542838501087903745

2019-04-06 20:52:39 UTC

<:vSuccess:390202497827864597> Successfully muted **Ivan Pavlovich**#1596

2019-04-06 20:52:42 UTC

you were warned

2019-04-06 20:52:56 UTC

Uh

2019-04-06 20:53:04 UTC

see keeps going back to forces again

2019-04-06 20:53:08 UTC

I'm talkign about acceleration

2019-04-06 20:53:16 UTC

This seems a lot like silencing people that are bringing up genuine points

2019-04-06 20:53:52 UTC

you mean he was shown you don't need a force to create an acceleration with light then tried to shift the goal posts then agreed light has no mass

2019-04-06 20:53:59 UTC

These are laws of acceleration, not laws of force

2019-04-06 20:54:03 UTC

Mass, Force and acceleration are all linked by the same equation
A question including acceleration will often include, you need to understand this

2019-04-06 20:54:21 UTC

So your point doesn't stand

2019-04-06 20:54:33 UTC

@Syntax Alright then show me please how a massless beam of light can have a force
9. WAVE PROPULSION: https://imgur.com/BOi8zNF

2019-04-06 20:54:51 UTC

Right

2019-04-06 20:54:54 UTC

you can if the wall is made of glass!

2019-04-06 20:55:01 UTC

So if you shine a laser through a glass wall

2019-04-06 20:55:11 UTC

The light will defract if it is at an angle

2019-04-06 20:56:31 UTC

The light collides with the glass first at one part of the beam, causing a change in direction as there is some kind of resisting force
This force opposes the acceleration of the light
So the light accelerates slower on one part, and then angles based on the refraction index
The light will decelerate due to glass

2019-04-06 20:56:50 UTC

So some kind of force must be resisting the light

2019-04-06 20:57:20 UTC

And to have a resisting force like that, the light must have a force acting against the glass

2019-04-06 20:58:56 UTC

Probably got some terms wrong in my explanation

2019-04-06 20:59:04 UTC

But this what I've been taught

2019-04-06 20:59:47 UTC

Usually it's written as F = ma
a=F/m is a rearrangement

2019-04-06 21:10:59 UTC

@SeekingTruth then in which case light must have mass to have mass times acceleration to cause the force observed here
9. WAVE PROPULSION: https://imgur.com/BOi8zNF

2019-04-06 21:11:10 UTC

@SeekingTruth May I please see your WEIGHT of light please

2019-04-06 21:11:25 UTC

Ha

2019-04-06 21:11:38 UTC

Weight can't even exist without gravity, which I doubt you even believe in

2019-04-06 21:12:22 UTC

@Syntax Funny that because Archimedes WEIGHED things almost 2000 years before gravity was invented

https://cdn.discordapp.com/attachments/538929818834698260/564195720740208640/DeepinScreenshot_select-area_20190315045859.png

2019-04-06 21:12:38 UTC

Buoyancy works off of weight

2019-04-06 21:13:04 UTC

Sorry I want @SeekingTruth to first show me how light has mass with which to hold a force

2019-04-06 21:13:06 UTC

You actually need to apply calculations to convert that to mass if you want to use it in other equations related to force

2019-04-06 21:13:08 UTC

Afterall

2019-04-06 21:13:14 UTC

convert to mass?

2019-04-06 21:13:16 UTC

Weight is just force

2019-04-06 21:13:18 UTC

So it's not mass is it?

2019-04-06 21:13:22 UTC

Nope

2019-04-06 21:13:23 UTC

No mass, no force

2019-04-06 21:13:27 UTC

it's mass x acceleration

2019-04-06 21:13:33 UTC

right no mass is ZERO

2019-04-06 21:13:37 UTC

ZERO x anything = ZERO

2019-04-06 21:13:37 UTC

But

2019-04-06 21:13:42 UTC

You still do not believe in gravity

2019-04-06 21:14:01 UTC

Science here, not belief

2019-04-06 21:14:36 UTC

So you can't claim anything about Archimedes considering weight is just the mass x the acceleration due to gravity that the object is experiencing

2019-04-06 21:14:57 UTC

@SeekingTruth WRONG, matter is measured in mols

2019-04-06 21:15:15 UTC

WRONG

2019-04-06 21:15:22 UTC

which is matter

2019-04-06 21:15:35 UTC

``` mass is the amount of matter something has```

2019-04-06 21:15:37 UTC

that's WRONG

2019-04-06 21:17:34 UTC

u h

2019-04-06 21:17:45 UTC

Mass isn't any kind of quantity

2019-04-06 21:17:54 UTC

I mean

2019-04-06 21:17:57 UTC

I worded that wrong

2019-04-06 21:18:10 UTC

Mass itself is not a specific measurement

2019-04-06 21:18:20 UTC

Mass can be representing in kg and plenty of other forms

2019-04-06 21:18:22 UTC

@SeekingTruth you just said that mass is the amount of matter something has so you've just contradicted yourself

2019-04-06 21:18:30 UTC

Atoms != matter

2019-04-06 21:18:50 UTC

How many atoms does an electron contain?

2019-04-06 21:18:54 UTC

Or a proton?

2019-04-06 21:19:21 UTC

@Syntax May I see a photograph of an electron or a proton please?

2019-04-06 21:19:38 UTC

What are you even thinking?

2019-04-06 21:19:42 UTC

Sorry i'm just getting you to read back your own garbage to yourself so you can see how illogical it really is

2019-04-06 21:19:49 UTC

I'm trying to perform brain surgery here

2019-04-06 21:19:54 UTC

and I need you to work with me a little

2019-04-06 21:20:09 UTC

Are you... asking for a picture.. Of something that makes up an atom?

2019-04-06 21:20:18 UTC

So how much mass does a quanta of light have?

2019-04-06 21:20:30 UTC

@SeekingTruth Nope charge is real

2019-04-06 21:20:42 UTC

Are you saying... Electrons don't exist?

2019-04-06 21:20:49 UTC

Or they have no mass?

2019-04-06 21:21:13 UTC

is this the human sheeple, sir

2019-04-06 21:21:14 UTC

@Hamburger Guy alright now I've got SeekingTruth to show he's contradicted himself and he doesn't even know basic science I'll deal with you

2019-04-06 21:21:18 UTC

โค

2019-04-06 21:21:52 UTC

is the earth fround

2019-04-06 21:21:59 UTC

Basic physics would be more accurate to say...
At least stay on the right field

2019-04-06 21:22:01 UTC

So do you have a photograph of a physical spherical charge carrying particle orbiting around a bunch of neutrons and protons yes or no?

2019-04-06 21:22:20 UTC

No considering it's probably too small to give a photograph with our current technology

2019-04-06 21:22:46 UTC

But

2019-04-06 21:23:00 UTC

You are also saying protons and neutrons do not have mass

2019-04-06 21:23:08 UTC

How many atoms in a proton?

2019-04-06 21:23:40 UTC

https://cdn.discordapp.com/attachments/538929818834698260/564198566172688410/DeepinScreenshot_select-area_20190407002244.png

2019-04-06 21:23:42 UTC

https://cdn.discordapp.com/attachments/538929818834698260/564198576167583755/DeepinScreenshot_select-area_20190407002306.png

2019-04-06 21:23:59 UTC

Alright, cards on the table, two spinning ball models

2019-04-06 21:24:04 UTC

do you know what a model is?

2019-04-06 21:24:06 UTC

Uh

2019-04-06 21:24:11 UTC

Why are you asking here?

2019-04-06 21:24:20 UTC

Two spinning ball models

2019-04-06 21:24:22 UTC

This is actually the crux of it all

2019-04-06 21:24:23 UTC

Why does that matter?

2019-04-06 21:24:26 UTC

Afterall

2019-04-06 21:24:29 UTC

One is about atoms

2019-04-06 21:24:33 UTC

oh trust me it's your key to reality

2019-04-06 21:24:35 UTC

and the other is a planet

2019-04-06 21:24:53 UTC

once you've worked out this whole time you've been trapped inside the confines of a model and what a model really means you'll thank me

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