Post Difficult Questions Here

[Tibertus]

I'll ****ing rip off your head and rape your neck hole. You'll see who's homophobic then *****.

 

[butscrew]

I'll ****ing rip off your head and rape your neck hole. You'll see who's homophobic then *****.

Actually I think he will see who is a necrophiliac.

 

[Lyze]

Hey Taleworlds,

I'm preparing a Pre-Lab Setup right now for an Iodine Clock Reaction, Chemistry 12, BC Provincial Education Curriculum, and one of the pre-lab questions is

Why is surface area not a factor for consideration for the rate of a reaction?

which I find slightly odd as we are using Concentration as one of the factors for consideration, and I am under the impression that they both increase the number of effective collisions, thus increasing the rate. My initial hypothesis was that surface area does not modify the base reaction rate for individual collisions, but the same would be true for Concentration, if I understand correctly, and thus I am stumped.

With this, I present to you my case and ask for aid.

 

[G36E]

If said reaction does not involve solids, surface area does not matter. What matters is rate of diffusion, which is understandably difficult to measure with two clear solutions.

 

[Lyze]

By the gods, why didn't I read the reactants that were involved. Of course not. Bloody hell.
Thanks AK. I feel suitably idiotic now.

 

[kiarj]

Damn... Okay, so I'm stuck:

What would theoretically happen if a black hole would create a vacuum effect that would cause it to twirl above the speed of light?

My first answer was : It'd collapse on itself, but that doesn't work with a black hole, does it?

 

[G36E]

By the gods, why didn't I read the reactants that were involved. Of course not. Bloody hell.
Thanks AK. I feel suitably idiotic now.

You're welcome.

Damn... Okay, so I'm stuck:

What would theoretically happen if a black hole would create a vacuum effect that would cause it to twirl above the speed of light?

My first answer was : It'd collapse on itself, but that doesn't work with a black hole, does it?

Speed of light is measured in km/s. "Twirling" is measured in r/s. See the problem?

 

[kiarj]

Damn... Okay, so I'm stuck:

What would theoretically happen if a black hole would create a vacuum effect that would cause it to twirl above the speed of light?

My first answer was : It'd collapse on itself, but that doesn't work with a black hole, does it?

Speed of light is measured in km/s. "Twirling" is measured in r/s. See the problem?

Then what's atomic speed called? The rotation speed of atoms?

 

[Stabbing Hobo]

Then what's atomic speed called? The rotation speed of atoms?

I believe it's the same speed used to measure the rotation of rotting apples. ω = φ/s (Radian/Second)
What exactly are you talking about?

 

[kiarj]

Okay, atomic particles revolve around the nucleus. The speed at which these particles travel around the nucleus is equal to x.

What would happen if the rotation speed of a black hole center point would exceed x?

Edit: I'd say time travel, but that's higly unlikely.

Also, that is all in an hypothesist view. I know it is (theoretically) impossible to exceed a certain speed.

 

[Soil]

Um. What makes you think that it's time travel?

 

[Pjoo]

Um. What makes you think that it's time travel?

It's a thing with special relativity, if you can move information or matter faster than light, there will be point where the information/matter is moving back in time. Time dilation - time goes slower the higher your velocity is.
And I think it is theoretically impossible to exeed speed of light cause that would violate the laws of causality.

 

[Soil]

So? It's not really time travel then... Plus there are only few elements in which some electrons' speed is even close to that of light so only certain electrons within certain elements would be travelling back in time.

Oh, by the way, in some of Einstein's experiments he got information to move faster than light but he only deemed it a negligible phenomen

 

[Elenmmare]

I bet Einstien just got all his data from Wikipedia =.=

 

[Niv]

What happens if an unstoppable force hits an immovable object?

 

[Lord Leoric of Wercheg]

Why am I not allowed to kill retarded people?

 

[Pjoo]

What happens if an unstoppable force hits an immovable object?

Unstoppable force goes through the immovable object without moving it?

 

[FrisianDude]

I was thinking it would sort of bounce off and continue moving unstoppably in a different direction.

 

[Elenmmare]

What happens if an unstoppable force hits an immovable object?

BOOM!

Not, but seriously, such a thing cannot exist alongside the other; only one can exist.

 

[Pjoo]

What happens if an unstoppable force hits an immovable object?

BOOM!

Not, but seriously, such a thing cannot exist alongside the other; only one can exist.

What if omnipotent God creates them both?