What Exactly Is Liquified Emerald? (and Some Emerald Gas Stuff)

Nope. You're exaggerating just a bit. R=2GM/c^2, where R is the Schwarzchild radius, G is the universal gravitational constant, M is the rest mass of whatever we are examining, and c is the speed of light in a vacuum. For M=200 000kg, R~2.97x10^-22m. That means, that for 200 000kg of mass, we would have to compress it down to a sphere of equal to or less than 0.000 000 000 000 000 000 000 297 m in radius. That's a lot smaller than a liter.
[I'm leaving the math out.]

 

Yes, I was exaggerating. And not just by a bit ;)

 

As you said earlier, you can't melt it, but, what if you could, with magic ?

Well, my theory, is that liquid emeralds are a concentrated form of emerald, and the process of concentrate the emerald into liquid emerald is done using magic. And as you need a lot of emeralds in order to fill a bottle with liquid emerald, the liquid emerald would be very, but very very very very concentrated, meaning it could be toxic, explaining why redstone machines are needed in order to put the liquid emeralds into jars.

 

Sorry if someone already commented about this, I tried looking but didn't find anyone pointing out, but actually you can melt gems. It might require quite a high temperature (or/and pressure), but is possible. The main problem is that Beryl and many other materials in it will decompose and get destroyed way before the emerald(/carbon?) will, making it not be an emerald anymore. Here is a quote from a site I found "Using super-strong magnetic fields, they fired small plates at 34 kilometres (21 miles) per second towards tiny pieces of the mineral, subjecting them to 10 million times normal atmospheric pressure. The diamonds melted, then re-solidified when the pressure dropped" I know that is not a emerald but I mean, if a emerald was heated/pressurized that much it wouldn't be an emerald anymore anyways so eh. Also for example sapphire will melt at 2,030–2,050 °C

 

You're forgetting that, even though the emeralds are gaseous, they won't stay that way for long unless they remain superheated, otherwise they'll just revert back to liquid form

 

We can assume the bottles are magic in that they retain their internal temperature and not loose it. The LE bottles must have the same mechanic. Which explains why there so dang cow expensive. (63 EB and 61 E if you remember from our earlier count)

 

63 LE and 61 EB?

 

E is emerald

 

Look, ss long as we are magically jamming emeralds in there, we could make an *MLE out of 63LE and 61EB.

*Magnum Liquid Emerald

 

inb4 next tier is bejeweled cactus

 

Assumptions, assumptions * slow clap *

 

Perhaps a le is like a $100 bill. It is equal to 100 times a $1 coin. But the value of the metals of 100 coins is more than 1 $100 bill.
So perhaps a liquid emerald is just a flask (perhaps the size of a little liquor bottle, so it is easy to carry with you and takes little space to store) with a lower intrinsic value then a emerald block or emerald. But its market value is 4096 emeralds.
So back to the dollar, the $100 bill is paper, but is worth a hundred bucks.
In some countries the intrinsic value of a coin is/was higher then its market value. People then melted the metal of the coin > made razor blades of the metal > sold it for more money which they could melt again.

Orrrrrr a le is just a bottle with a magical compressed fluid of 64 eb.
Which is more fun of course than the curreny like in normal life which we are trying to escape from by playing wynncraft!!1!11

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Oops, little necropostish post which is probably already posted by someone else, sarry

 

Rubies and Sapphires are Corundum, while Emeralds are Beryl. I believe the two are not very related.

 

Can I pls have small loan of million dollar?