Message from @HenloAndShalom

Discord ID: 584386290506530816


2019-06-01 14:21:00 UTC  

so you're saying density makes stuff fall

2019-06-01 14:21:03 UTC  

Want to know A fun fact?

2019-06-01 14:21:12 UTC  

***GRAVITY IS PART OF THE FORMULA FOR BOUYANCY***

2019-06-01 14:21:18 UTC  

It does you can drop a stone and an orange in the swimming pool

2019-06-01 14:21:21 UTC  

notice the stone goes down

2019-06-01 14:21:26 UTC  

but the orange floats

2019-06-01 14:21:27 UTC  

yes this is density

2019-06-01 14:21:32 UTC  

Without gravity

2019-06-01 14:21:36 UTC  

That would not occur

2019-06-01 14:21:38 UTC  

you can even hold a football and a helium balloon at the very bottom of the swimming pool

2019-06-01 14:21:43 UTC  

so helium balloons rise and fly away dont they?

2019-06-01 14:21:45 UTC  

guess what happens when you let go of both

2019-06-01 14:21:46 UTC  

@HenloAndShalom Same size sphere, different size continents? If you think that makes sense, you’re kidding yourself.

2019-06-01 14:22:02 UTC  

the football and the helium balloon accelerate up don't they?

2019-06-01 14:22:04 UTC  

Then what happens?

2019-06-01 14:22:06 UTC  

How are they different sizes

2019-06-01 14:22:09 UTC  

Because bouyancy?

2019-06-01 14:22:13 UTC  

You don't know do you

2019-06-01 14:22:17 UTC  

Of which part if the formula is gravity?

2019-06-01 14:22:22 UTC  

I'll tell you

2019-06-01 14:22:29 UTC  

One of them is looking through NA from below and one is looking at SA from above

2019-06-01 14:22:29 UTC  

the football STOPS as it reaches the surface

2019-06-01 14:22:35 UTC  

but the helium balloon continues to rise

2019-06-01 14:22:37 UTC  

@Human Sheeple what about helium balloons in vacuum chambers?

2019-06-01 14:22:38 UTC  

Because BOUYANCY for the fifteenth time

2019-06-01 14:22:40 UTC  

why do they fall

2019-06-01 14:22:43 UTC  

Of course they're going to be different lol but that doesn't mean they're not the same size

2019-06-01 14:22:45 UTC  

Which relies on gravity

2019-06-01 14:22:46 UTC  

albiet slowly

2019-06-01 14:22:54 UTC  

When did the angle of the photo disappear in the equation

2019-06-01 14:23:03 UTC  

What do you mean how are the continents different sizes, @HenloAndShalom ?

https://cdn.discordapp.com/attachments/484514023698726912/584386435637838037/image0.jpg

2019-06-01 14:23:18 UTC  

From above looking down from below looking up

2019-06-01 14:23:25 UTC  

Different angle...

2019-06-01 14:23:26 UTC  

@Biggest_of_Boys You're messing with sheeple's 2nd law then, you start to make a medium that's got less and less density until the density of the body to the density of the medium ratio becomes very large

2019-06-01 14:23:27 UTC  

They're the same size from different parts

2019-06-01 14:23:31 UTC  

On a same size sphere?

2019-06-01 14:23:32 UTC  
2019-06-01 14:23:36 UTC  

Yes

2019-06-01 14:23:37 UTC  

we've never dropped an infinitely dense object in a perfect vacuum

2019-06-01 14:23:38 UTC  

Your system fails without gravity

2019-06-01 14:23:55 UTC  

@Ain't-that-a-kick hyptothetical me one more time and you can go to the ice chamber