Carl-Richard

I'll add that I stopped doing drugs 3 years ago

Awake? Maybe. Persistent non-symbolic awareness? Nah. That stuff is mindblowing.

????????

We're talking about the geographical area commonly referred to as "inside". You're talking about the surface of the material itself.

The water is inside the cup. Turn it upside down and start the experiment.

What?

@Tim R Hehe yup. It's probably impossible to make a fool proof riddle like this. It's way too complex Yes. I never specified that the size of the humans had to be constant ?

Ok. Make the cup infinitely large. The water will need an infinite amount of time to exit the glass. Tada! ? Silly isn't it? ? I'm probably not consistent with my own rules anymore, but hey, it was fun

... lol I didn't mean to say that you're allowed two cups. That was to illustrate the point that a glass shaped like this \=/ will retain its shape no matter how large it is.

No. Size is not shape. You can have two different sized objects with the same shape.

Ok go to space then ? Let's stick to earth though (or a place with an uniform gravitional field where a person is standing on the ground and holding the glass in his hand).

Let me just tease you a little bit first. You need to think very big. Go big or go home

I think the amount of rules and caveats I've had to make will just make the answer I thought about seem rather silly ?

The force from the gravitional field Sure, if the glass wasn't stationary (held in the same place to stop it from falling), the glass would fall together with the water. Two different sized objects can have the same shape. But ok, let's break the law of conservation of mass. You can magically make an object more massive. Maybe that's a solution, but I was thinking something a bit more radical

Ok here is a hint: just because we start with a normal size cup doesn't mean we can't change the size after turning it upside down. However, the volume of the liquid still remains constant. In other words, you can change the size of the cup after it's been turned upside down.

I was sort of imagining the experiment happening on earth and a human turning it upside down (or similar conditions). Besides, the glass is stationary (rule 5), which means it won't move in the direction of the gravitational field (if you're a physicist, sue me), but the liquid is not stationary, which means the liquid will leave the cup.

5 mins

??? I don't regret making this thread.

LOL you don't decide that part

I should clarify that the force of gravity always points "down" as to make the liquid experience free fall.

Omg ?. Nope, travelling means moving the cup.

The cup looks like the schematic version. We start with an ordinary, life-sized cup.

Oof I just added another caveat about that ?: I forgot to add that we start with a normal size cup. I'll keep the rules constant now dw.

Lol the rules only apply after it has been turned upside down ?

Bubbles have always existed and will always exist.