Message from @viherkasvi

Discord ID: 577832407256924160


2019-05-14 02:07:42 UTC  

no

2019-05-14 12:10:08 UTC  

Debate anyone?

2019-05-14 12:13:01 UTC  

@Deleted User Do you believe in gravity?

2019-05-14 12:13:11 UTC  

yeah

2019-05-14 12:13:31 UTC  

Aah, can't ask you then

2019-05-14 12:13:54 UTC  

sorry

2019-05-14 12:13:58 UTC  

i pinged mike though

2019-05-14 12:14:01 UTC  
2019-05-14 12:14:07 UTC  

MIKE!!

2019-05-14 12:14:15 UTC  

this guy wants to talk about gravity

2019-05-14 12:14:20 UTC  

i seen his Q when it first came in, thank u tho 😊 👍

2019-05-14 12:14:21 UTC  

show him a good time :))

2019-05-14 12:14:47 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ So what causes things to drop?

2019-05-14 12:14:55 UTC  

Ikr
@Deleted User
i know i can DO <:BigSmiles:556070613224259594>

2019-05-14 12:15:08 UTC  

talk to him i have to do some school stuff

2019-05-14 12:15:15 UTC  

@viherkasvi
i'll get to you inna moment..

2019-05-14 12:15:19 UTC  

@Deleted User 👍🏻

2019-05-14 12:15:29 UTC  

💪🏻

2019-05-14 12:15:43 UTC  

woot woot
🙌

2019-05-14 12:19:41 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ When you get back can you tell me why things fall

2019-05-14 12:21:03 UTC  

idunno tho lol--that dang **Grabbityyyy** though sure keeps _PullingMy-Leg_ \ 🤣 ........

2019-05-14 12:21:11 UTC  

...<:giggle:485714802123997184>

2019-05-14 12:21:22 UTC  
2019-05-14 12:21:41 UTC  

hmm, ok .. i suppose you want a more Civiled answer/s eh

2019-05-14 12:21:43 UTC  

okie

2019-05-14 12:21:55 UTC  

let's Touch Upon that topic _shall we_
_yeah, lets_

2019-05-14 12:22:35 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ Doesn't have to be civilised, just so that I understand the answer

2019-05-14 12:23:34 UTC  

k
IN SHORT? ..its >> temperature, pressure, mass, density (and buoyancy).
and electromagnetism

2019-05-14 12:24:03 UTC  

.

Gravity?

-- The Encyclopedia Britannica tells us that .. _“The Law of Gravitation is unique among the laws of nature, not only for its wide generality, taking the whole universe into its scope, but in the fact that, so far as is yet known, it is absolutely unmodified by any condition or cause whatever.”_ ...... Here again we observe that the nature of gravitation is not really defined at all ; we are told that masses of matter tend toward each other, but no reason is given why they do so, or should do so ; while to say that _“it is absolutely unmodified by any condition or cause whatever ”_ is one of the most unscientific statements possible to make. There is not any thing or force in the (so-called) 'universe' that is absolute, no thing that goes its own way and 'does-what-it-will' without regard to other forces or things. Again, gravitation is spoken of as a pull, an agent of attraction, or rather a (dielectric acceleration), that robs weight of its meaning, something that brings all terrestrial things down to earth while at the same time it keeps the heavenly bodies in their places ("locked" so-to-speak), and prevents them falling toward each other or apart. It is not natural; and the theory is scientifically unsound. \

2019-05-14 12:24:31 UTC  

.
-- You don't need a "force" to cause objects to "accelerate" when they fall, they accelerate regardless of gravity due to their own densities. And yes, heavier objects DO fall faster than lighter objects, because in air you indeed cannot measure the difference, so it becomes assumed that all objects fall at the same rate..to bolster gravity being there, ..but wait - what if those objects are dropped in water instead of air? The heavier object falls faster .. ergo the statement "heavier objects fall faster" becomes true! In air we just can't measure the differences due to the objects both having so much more DENSITY than the air, but dropped in water it becomes obvious.

2019-05-14 12:24:51 UTC  

<:BigSmiles:556070613224259594>

2019-05-14 12:27:43 UTC  

Sorry, at work so might take a few seconds to answer

2019-05-14 12:27:55 UTC  

So density and buoyancy basically

2019-05-14 12:28:29 UTC  

Do things go to a less dense space?

2019-05-14 12:29:13 UTC  

If so, why do they fall, air is more dense the lower you go?

2019-05-14 12:32:13 UTC  

"density and buoyancy basically" -- yep, in short, ..but also ..in short, as said , is .. temperature, pressure, mass, density (and buoyancy).
and electromagnetism

2019-05-14 12:33:28 UTC  

if things are "heavier" (more dense) etc than the medium 'around them' they aka fall (acclerate) downward, ..and ..if they are less-dense , they Rise ⤴ 🆙

2019-05-14 12:34:41 UTC  

So things don't go to a less dense space but down?

2019-05-14 12:34:52 UTC  

Air is less dense the higher you go

2019-05-14 12:35:07 UTC  

Or rather go to lowest density