Message from @Ivan Pavlovich
Discord ID: 564186389810380800
You can set pVg equal to your weight to see how many balloons you need to fly.
If you can make your body a lower density than the medium, you will float in accordance with archimedes principle
Ok and
@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
Actually hold on I need to do something
Busy day
You think this is made up?
But yeah until I see scientific method experimental evidence of your "g" I'm going to discount it
You do realise that this equation is verified, right?
So verify g for me please
g is just downwards acceleration.
You can measure that by dropping stuff from a set height.
GRAVITY DROP SOMETHING FLIES UP: https://imgur.com/a/0gpjvOK
so g = about + 2 m/s^2 yes?
That's accelerating upwards isn't it?
Yeah thought so
That's disregarding air resistance, buoyancy, etc.
Sorry I want cause and effect scientific method experimental evidence, I don't want your beliefs
I am looking at acceleration here
I can show you very clear evidence changing densities changes acceleration
And yes, nobody denies that buoyancy exists.
Same as sitting on a chair can bring your acceleration to 0.
That brings us to Sheeple's 2nd law of accelerationism
2. CHANGING THE DENSITY OF THE MEDIUM: https://imgur.com/i0Cww6Y
```in a vacuum```
that's changing the density of the medium
Watch closely
they do not accelerate at the same rate
Ah yes, I've seen this before.
However I would argue the bowling ball and the feather have more similar body density to medium density ratios
in a vacuum
There's this thing called elastic energy.
Nobody's ever observed a perfect vacuum, only ever degrees of parital pressure
Nevertheless archimedes principle is not in violation
You are dropping two very dense objects in a very not dense medium
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
so before I address the feather, tell me, what provides the downwards force to being with?
force = mass times acceleration, can we deal with the acceleration please?
Yes.