Message from @Glasses

Discord ID: 569379364978950144


2019-04-21 04:22:45 UTC  

Weight means nothing without a force acting on it

2019-04-21 04:22:52 UTC  

Aka gravity

2019-04-21 04:23:22 UTC  

The density of air or atmospheric density, denoted ρ (Greek: rho), is the mass per unit volume of Earth's atmosphere. Air density, like air pressure, decreases with increasing altitude. It also changes with variation in atmospheric pressure, temperature and humidity. At 1013,25 hPa (abs) and 15°C, air has a density of approximately 1.225 kg/m³ (0.001225 g/cm³, 0.0023769 slug/(cu ft), 0.0765 lb/(cu ft)) according to ISA (International Standard Atmosphere).[citation needed]

2019-04-21 04:23:30 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/569377649827512320/Screenshot_2019-04-21-00-23-05.png

2019-04-21 04:23:36 UTC  

A force that isnt strong enough to prevent air from escaping into a vacuum

2019-04-21 04:23:55 UTC  

It's more dense than air, it has no means to escape the container

2019-04-21 04:24:49 UTC  

Nice try tho

2019-04-21 04:25:54 UTC  

Anything more dense than its medium will stay down

2019-04-21 04:26:47 UTC  

If you drop a penny in a lake, it will sink, it is more dense than the water

2019-04-21 04:27:07 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/569378559462998019/i.png

2019-04-21 04:27:07 UTC  

bibleman

2019-04-21 04:27:22 UTC  

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

2019-04-21 04:27:26 UTC  

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

2019-04-21 04:27:34 UTC  

Then why does a collection of less dense material push one side of a balance beam but a lower amount equates to higher density not push it down as much

2019-04-21 04:28:24 UTC  

Also balloons are being pushed up by the buoyant force, stronger than gravity, like an arm wrestle

2019-04-21 04:28:33 UTC  

@Glasses What's gravity?

2019-04-21 04:29:06 UTC  

Fg = m1m2/r^2

2019-04-21 04:30:01 UTC  

@Glasses So by that logic 2 mases should cause an acceleration towards each other

2019-04-21 04:30:08 UTC  

What is that though? Can I buy one fg = m1m2/r^2 ?

2019-04-21 04:30:09 UTC  

yes they do.

2019-04-21 04:30:19 UTC  

They do mi

2019-04-21 04:30:23 UTC  

M8*

2019-04-21 04:30:48 UTC  

@Glasses Show me two bricks accelerating towards each other please

2019-04-21 04:31:01 UTC  

two bricks would have little force in that equation

2019-04-21 04:31:09 UTC  

one has to be a very large mass, and one very tiny

2019-04-21 04:31:19 UTC  

Show me two wheelbarrows of bricks accelerating towards each other please

2019-04-21 04:31:43 UTC  

They’re masses aren’t high enough to have a measurable influence

2019-04-21 04:32:11 UTC  

they would technically have measurable acceleration though, extremely-extremely small

2019-04-21 04:32:14 UTC  

Show me two buildings begin to lean towards each other in a city then

2019-04-21 04:32:21 UTC  

<:trolled:555217274907262976>

2019-04-21 04:32:44 UTC  

I think bridges are the most designed object for gravity

2019-04-21 04:32:52 UTC  

like in engineering

2019-04-21 04:33:06 UTC  

most other stuff ignores is a bit more

2019-04-21 04:33:15 UTC  

There is equilibrium created by the earths gravity

2019-04-21 04:33:17 UTC  

Show me two Container Ships accelerate towards one another please

2019-04-21 04:33:21 UTC  

Bridges are designed to support heavy weights over bodies of water, not for gravity, for weight

2019-04-21 04:33:59 UTC  

Weight means nothin without gravity

2019-04-21 04:34:06 UTC  

So you can't show me two masses attracting each other, can you?

2019-04-21 04:34:38 UTC  

Brb

2019-04-21 04:34:46 UTC  

the scale of 9.8m/s is about an atom per baseball, so the issue is finding two objects of that scale

2019-04-21 04:34:49 UTC  

No experiment, no proof.