the highest temperature possible IS OVER 9000!!!!!!!!
The Cursor draw is now much much bigger
Neutrons to Coal makes wood
Coal burns slow but doesn't react with oxygen, but when coal is heated to over 4000 degrees, and burned, it emits plasma
Oxygen is not flammable, liquid oxygen is.
Diesel burns slow, but doesn't vaporize under low pressure like Oil
Yeast doesn't grow, it instantly turns into DYST, which idk what it is, and when it is heated up it turns to Dust
liquid oxygen turns to Gaseous Oxygen at a ridiculously high temperature, way passed 100 degrees, unrealistic
Gaseous Oxygen does not create pressure like the other gases, it ignites very quickly and disperses quickly like GAS
There is a new LIFE meter, unknown what it does
Thermite bursts into flames, some plasma and majorly lava, cools in Broken Metal, since thermite is Iron Oxide, this proves all METL and BRMT is really iron, not copper
Brick is like the same as Broken metal except much more fragile, and it melts at 950 degrees, when under pressure it creates STNE
I actually liked that much more because goo disappears (deform should be changed to disappear) , I liked how plastic deformed (instead of disappearing) or as you said it dispersed.
thermite is Iron Oxide, this proves all METL and BRMT is really iron, not copper
thermite is not iron oxide. if you hold a match near a rusty nail, does it burst into super hot lava? no, it doesn't. Normally thermite will have Fe(III)2O3 or Fe(II)O3 in it as an oxidizer, but really any metallic oxide will work. Also i think your forgetting that thermite needs a reducing agent, it is normally aluminum, but once again it can be any thing that can essentially make a stronger ionic bond than the oxidizer. So even if the PT thermite is the conventional mix of aluminum and iron oxide, the left over material is Al2O3.Fe. If you read the Wikipedia page on thermite, it can actually be made with copper:
wikipedia:
The fuels are often aluminium, magnesium, calcium, titanium, zinc, silicon, and boron. The oxidizers can be boron(III) oxide, silicon(IV) oxide, chromium(III) oxide, manganese(IV) oxide, iron(II,III) oxide, copper(II) oxide, and lead(II,III,IV) oxide.
But besides, I don't think that the PT elements should be taken seriously in terms of composition and reaction products (the above paragraph is just me showing off) Just imagine that they are actually their own indistinguishable elements, and that a whole new world of physics and chemistry has been made just for it.
Liquid nitrogen appears at -205 degrees at which it momentarily freezes, which is a bug. (I think that liquid nitrogen is meant to be liquid, NOT solid)