Message from @Human Sheeple

Discord ID: 564180502060466190


2019-04-06 18:10:51 UTC  

Two YouTube videos about space as water

2019-04-06 19:28:09 UTC  

I build and design rockets

2019-04-06 20:08:41 UTC  
2019-04-06 20:08:44 UTC  

Hey

2019-04-06 20:08:50 UTC  

Let's start with 1

2019-04-06 20:09:29 UTC  

https://cdn.discordapp.com/attachments/538929818834698260/564179895685742613/DeepinScreenshot_select-area_20190315045859.png

2019-04-06 20:09:35 UTC  

1 and 2 are basically just archimedes principle

2019-04-06 20:09:48 UTC  

It doesn't matter if the body's density is changed or the mediums, the effect is the same

2019-04-06 20:09:54 UTC  

When you add more balloons tou are not changing the density

2019-04-06 20:10:07 UTC  

The combined density of you plus the balloons changes density

2019-04-06 20:10:12 UTC  

Because there is more helium, but also more volume aka balloons

2019-04-06 20:10:19 UTC  

To hold it in

2019-04-06 20:10:22 UTC  

mass divided by volume is density

2019-04-06 20:10:42 UTC  

But it doesn't change

2019-04-06 20:10:53 UTC  

Let's say every one balloon is the same density

2019-04-06 20:11:31 UTC  

If you have 2 balloons the density doesnt change

2019-04-06 20:11:39 UTC  

come on vc

2019-04-06 20:11:43 UTC  

Because mass and volume increase at the same rate

2019-04-06 20:11:53 UTC  

no they don't

2019-04-06 20:11:57 UTC  

I cant now

2019-04-06 20:12:25 UTC  

I DONT MEAN FUNDAMENTALLY

2019-04-06 20:12:35 UTC  

I mean in the example with the balloons

2019-04-06 20:13:47 UTC  

You are about 100kg and you occupy about 0.07 m^3
Each balloon will be n x 0.01 m^3 so for every balloon you add the amount of volume will increase but the amount of mass increase will be smaller and you will reach a threshold where the combined density will be lower than 1.2kg/m^3 at which point you will ascend

2019-04-06 20:14:00 UTC  

Shall we move on to 3 now?

2019-04-06 20:14:45 UTC  

Why would mass be smaller

2019-04-06 20:14:59 UTC  

mass to volume ratio decreases

2019-04-06 20:15:01 UTC  

sorry

2019-04-06 20:15:03 UTC  

Each balloon has the same amount of helium

2019-04-06 20:16:08 UTC  

man(100 / 0.07) + n x (0.001 / 0.01)

2019-04-06 20:16:15 UTC  

density = mass / volume

2019-04-06 20:17:03 UTC  

by adding more ballons you are increasing the volume, but the total mass does not increase significantly, in fact the amount of mass you are adding is less than the equivalent amount of mass you would be adding if you added balloons of air.

2019-04-06 20:17:30 UTC  

Ok let's use easier numbers I am lost

2019-04-06 20:17:39 UTC  

One balloon is 3 kilos

2019-04-06 20:17:48 UTC  

man = 100kg mass, 0.07 m^3 volume

2019-04-06 20:17:55 UTC  

n = number of balloons

2019-04-06 20:18:05 UTC  

0.0001kg = mass of balloon full of helium

2019-04-06 20:18:20 UTC  

0.01 m^3 = volume of balloon

2019-04-06 20:18:40 UTC  

Ok

2019-04-06 20:19:53 UTC  

so do you concur that were I to attach a sufficient number 'n' of helium balloons to myself, I would ascend, yes?