Message from @Triscuit

Discord ID: 655555340825395246


2019-12-14 23:39:35 UTC  

so its floating

2019-12-14 23:39:41 UTC  

Not floating

2019-12-14 23:39:47 UTC  

It’s in free fall

2019-12-14 23:39:57 UTC  

Circular freefall

2019-12-14 23:40:05 UTC  

how can something which doesnt weigh anything fall

2019-12-14 23:40:21 UTC  

Everything that is falling doesn’t weigh anything

2019-12-14 23:40:30 UTC  

Ever weigh yourself on a scale while skydiving?

2019-12-14 23:40:32 UTC  

Can’t do it

2019-12-14 23:40:54 UTC  

so someone falling to the ground doesnt weigh anything

2019-12-14 23:40:58 UTC  

Yes

2019-12-14 23:41:03 UTC  

lololololo

2019-12-14 23:41:05 UTC  

Essentially

2019-12-14 23:41:10 UTC  

hahahahaahahaha

2019-12-14 23:41:16 UTC  

This is basic high school physics my guy

2019-12-14 23:41:23 UTC  

hehehehehehehe

2019-12-14 23:41:40 UTC  

what is weight?

2019-12-14 23:42:04 UTC  

Weight is the extent that gravity affects you

2019-12-14 23:42:33 UTC  

so gravity doesnt effect the moon

2019-12-14 23:42:39 UTC  

It does

2019-12-14 23:42:40 UTC  

or someone faalling

2019-12-14 23:42:52 UTC  

Weight implies you are standing still

2019-12-14 23:43:00 UTC  

lol

2019-12-14 23:43:13 UTC  

Weight is a measure of how much force it takes you prevent you from falling

2019-12-14 23:43:14 UTC  

where did you get that from

2019-12-14 23:43:34 UTC  

come on be serious

2019-12-14 23:43:39 UTC  

I am

2019-12-14 23:44:02 UTC  

no, seriously

2019-12-14 23:44:18 UTC  

Alright well will you at least answer my question?

2019-12-14 23:44:26 UTC  

no

2019-12-14 23:44:30 UTC  

Why not

2019-12-14 23:44:54 UTC  

ok i will, i dont want to

2019-12-14 23:45:08 UTC  

Aight

2019-12-14 23:45:32 UTC  

So why does everybody see the same side of the moon, now matter which direction the moon it to them

2019-12-14 23:45:52 UTC  

i tell you what, i will tell you the answer to what weight is in your world

2019-12-14 23:45:54 UTC  

Why does somebody seeing the moon on the horizon see the same side as someone seeing it directly above them

2019-12-14 23:46:30 UTC  

The most common definition of weight found in introductory physics textbooks defines weight as the force exerted on a body by gravity. This is often expressed in the formula W = mg, where W is the weight, m the mass of the object, and g gravitational acceleration.

2019-12-14 23:46:49 UTC  

Well yes, that is true weight

2019-12-14 23:46:59 UTC  

I was referring to apparent weight

2019-12-14 23:47:11 UTC  

Apparent weight is more relevant to objects like the moon

2019-12-14 23:47:24 UTC  

so if a person is falling towards the earth, their weight is what?

2019-12-14 23:47:36 UTC  

you said zero