[OOC] Herculean Academy, The Top School for Aspiring Superheroes: Prologue

[Nightmare Bunny]

<Snipped quote by Nightmare Bunny>

I have no idea how any of this relates to gases and liquids.
Plus, my handwriting...my god how did I read this stuff? xD

But eh, I'd feel bad if I just left you hanging Bunny. Let's see...to ze internets!
Let's start with Boyle's law.

"The absolute pressure exerted by a given mass of an ideal gas is inversely proportional to the volume it occupies if the temperature and amount of gas remain unchanged within a closed system."

That's Boyle's law, yeah? Sounds familiar to me at least.

I mean, it kinda makes sense to me, but I have no idea how I would explain it to anyone...
A teacher, I am not xD
I teach by example~ xP

@Rune_Alchemist

It does...

Eh, I give up. I'll try reading the textbook some more.

[Zoldyck]

I dont know if this helps... But I feel bad for not being able to help so I'll still try:

[Nightmare Bunny]

I dont know if this helps... But I feel bad for not being able to help so I'll still try:

@Zoldyck

You're so sweet, guys~

Well, thanks for trying :)

[Rune_Alchemist]

<Snipped quote by Zoldyck>

You're so sweet, guys~

Well, thanks for trying :)

@Nightmare Bunny

Sorry I can't help :/
Really, if this was three years ago I'd be able to help, I was a total smarty pants back then~ xP

[Zoldyck]

<Snipped quote by Zoldyck>

You're so sweet, guys~

Well, thanks for trying :)

@Nightmare Bunny

I hope the video helps, I'm afraid it's the best thing I can do.

[Vec]

@Nightmare Bunny
I actually did all of that last year. Let me dig up my books xD

EDIT
ok for Boyle's Law
we got p = pressure
V = volume
and T = temperature

Boyle's law practically says that the pressure of a certain amount of gas which's temperature stays constant is inversely proportional to the volume it occupies. For example, imagine you got a glass cube and inside you got gas right? The cube is sealed off with a lid so as to not let any of the gas out.

Now, say that you put the cube inside a container that is filled with water which's temperature is on a constant value. That means that the temperature of the cube and also the gas is the same as the waters, It doesn't change.

If everything above is present then Boyle's Law works and if you apply force to the lid and move it downwards, the pressure of the gas inside the cube increases while its volume decreases.

[Ogo]

o.o

...

I'll be honest, I flushed everything I knew after school. Not even going to try to touch that hot mess.

[Nightmare Bunny]

@Nightmare Bunny
I actually did all of that last year. Let me dig up my books xD

@Vec

!!!!

You're getting my hopes up, Vec~

[Vec]

@Nightmare Bunny
Hmm ok so for Charle's Law. Let's say you got a glass cube again. This time, the cube is closed off from all sides with no way for us to change its shape, unlike the previous example.

Now, say you got something like a torch or smthing and you put it underneath the glass cube right? The temperature of the glass and the gas inside the glass increases, causing the gas to expand. But, since the volume of the cube cannot change ( can't change its shape ) the pressure of the gas increases instead.

mathematically its something like:

if V = constant then p/T = constant. Charle's law says that the pressure of a certain amount of gas which's Volume is constant is proportional to the absolute temperature of that gas. We measure absolute temperature in Kelvin and we can measure its value using the formula T = 273 + θ where T = temperature, 273 = constant, θ = the temperature measured in Celsius. That means that if you got a temperature of θ=-273C that means that T= 273 + (-273) => T = 0 which is the absolute zero and the lowest temperature that can exist.

[Vec]

As for Gay-Lussac's Law. Say you got your trusty glass cube once again. This time it's got an opening on its top where you put a lid so that the gas inside cannot escape. Say now that you put on top of the lid a weight right? The weight will apply a force to the lid and it will go downwards until it stops. At that point, the force applied by the weight is equalized by the force applied by the pressure of the gas.

Now, you take your torch and you heat the bottom of the cube. The temperature of the glass and the gas inside it increases, thus making the gas expand and thus increasing the force that the gas applies to the lid, pushing it upwards and effectivelly increasing the volume of the glass cube. The pressure though of the gas is constant.

mathematically if p= constant then V/T = constant.

[Ogo]

OH GOD, NOT LEARNING! MY ONLY WEAKNESS!

[Vec]

OH GOD, NOT LEARNING! MY ONLY WEAKNESS!

@Ogobrogo

this and spiders? xD

[Ogo]

Educational spiders must never be a thing.

[TheHangedMan]

@Ogobrogo . . .



I regret nothing.

[Vec]

Educational spiders must never be a thing.

@Ogobrogo

[Ogo]

@Ogobrogo . . .



I regret nothing.

@TheHangedMan

/leibgfvsQEW n HOW IS ANY OF THAT EVEN A THING?!!

WHAT THE FUCK, WORLD?! WHAT THE FUCK?!!

[Nightmare Bunny]

As for Gay-Lussac's Law. Say you got your trusty glass cube once again. This time it's got an opening on its top where you put a lid so that the gas inside cannot escape. Say now that you put on top of the lid a weight right? The weight will apply a force to the lid and it will go downwards until it stops. At that point, the force applied by the weight is equalized by the force applied by the pressure of the gas.

Now, you take your torch and you heat the bottom of the cube. The temperature of the glass and the gas inside it increases, thus making the gas expand and thus increasing the force that the gas applies to the lid, pushing it upwards and effectivelly increasing the volume of the glass cube. The pressure though of the gas is constant.

mathematically if p= constant then V/T = constant.

@Vec

HOLY SHIT.

Vec, I love you. I really, truly love you. Platonically. Like, we should be bros. We should get bro-married. Because I'm sure that's a thing.

You wouldn't happen to know anything about molality and concentration and stupid liquidy stuff too, would you? XD

[Vec]

<Snipped quote by Vec>

HOLY SHIT.

Vec, I love you. I really, truly love you. Platonically. Like, we should be bros. We should get bro-married. Because I'm sure that's a thing.

You wouldn't happen to know anything about molality and concentration and stupid liquidy stuff too, would you? XD

@Nightmare Bunny

Actually, i do know some stuff about liquidy stuff xD you gotta be more specific though

[Nightmare Bunny]

<Snipped quote by Nightmare Bunny>


Actually, i do know some stuff about liquidy stuff xD you gotta be more specific though

@Vec

Vec, I just broposed (get it? proposed, but for bros?) to you, and all you do is fist bump me? Seriously?

Okie dokie~! Uhhh, let's see, liquidy stuff I need to know...

Like, the colligative properties of solutions? And how to calculate with them? Oh, and how to do calculations about concentrations of solutions?

I'm so sorry... I'm hopeless at this goshdarned chemistry D:

[Vec]

<Snipped quote by Vec>

Vec, I just broposed (get it? proposed, but for bros?) to you, and all you do is fist bump me? Seriously?

Okie dokie~! Uhhh, let's see, liquidy stuff I need to know...

Like, the colligative properties of solutions? And how to calculate with them? Oh, and how to do calculations about concentrations of solutions?

I'm so sorry... I'm hopeless at this goshdarned chemistry D:

@Nightmare Bunny

I'm not ready for marriage yet. I've got a life to live ;(
I know some things about concentrations of solutions but can't really say for sure that it will be correct. Although its been like a year since i dabbled with the forbidden art of chemistry, i've forgotten most of the things. Tbh, i only knew about gas laws and stuff because i learned that in physics class lol.