gay research clan united

[comr4de]

!?

!!!

[Ad Bot]

[Tingalz]

```

[comr4de]

STOP THE loving stuffPOSTING ASDF


I KNOW I WAS PART OF IT


ARAFSSFDSADGASF

[Dusty12]

Shall we continue the discussion on carbolyic liquids or delve into pottasium-sulfides?

[Qwepir]

must... resist!
CANT DO IT

STOP THE loving stuffPOSTING ASDF

I don't take orders from you.

[comr4de]

Shall we continue the discussion on carbolyic liquids or delve into pottasium-sulfides?

Yes please explain to us what the forget that is.

[Tingalz]

comr4de is 2 kool 4 skool

[Dusty12]

Yes please explain to us what the forget that is.

Alrighty.

Potassium sulfide is the chemical compound with the formula K2S. It is an inorganic polymer with the "antifluorite structure," which means that the small K+ ions occupy the tetrahedral (F−) sites in fluorite, and the larger S2− centers occupy the eight-coordinate (Ca2+) sites. Li2S, Na2S, and Rb2S crystallize similarly.

This salt contains the highly basic anion S2−, which completely hydrolyzes in water according to the following equation:

K2S + H2O → KOH + KSH
For many purposes, this reaction is inconsequential since the mixture of SH− and OH− behaves as a source of S2−. Other alkali metal sulfides behave similarly.

K2S arises from the reaction of potassium and sulfur. In the laboratory, this synthesis is usually conducted in a solution of anhydrous ammonia.

Was that smiple enough?

[Tingalz]

CAN WE BURN IT FOR FOOD

[Qwepir]

Alrighty.

Potassium sulfide is the chemical compound with the formula K2S. It is an inorganic polymer with the "antifluorite structure," which means that the small K+ ions occupy the tetrahedral (F−) sites in fluorite, and the larger S2− centers occupy the eight-coordinate (Ca2+) sites. Li2S, Na2S, and Rb2S crystallize similarly.

This salt contains the highly basic anion S2−, which completely hydrolyzes in water according to the following equation:

K2S + H2O → KOH + KSH
For many purposes, this reaction is inconsequential since the mixture of SH− and OH− behaves as a source of S2−. Other alkali metal sulfides behave similarly.

K2S arises from the reaction of potassium and sulfur. In the laboratory, this synthesis is usually conducted in a solution of anhydrous ammonia.

Was that smiple enough?

Holy stuff it all makes sense now. Finally, sophomore chemistry is paying off.

Pay attention, buddy. This right here is SCIENCE.

[Dusty12]

Holy stuff it all makes sense now. Finally, sophomore chemistry is paying off.

Pay attention, buddy. This right here is SCIENCE.

Why, Prof. Qwepir!
This is a revolutionary discovery!

[Tingalz]

is science like a kind of food or something because im hungry

[Qwepir]

Why, Prof. Qwepir!
This is a revolutionary discovery!

Quite! Associate Professor Tingalz just ran some tests, and discovered that without this marvelous molecule, fireworks would be 60% less awesome!

[Megaguy]

CANI JOIN PLS

[comr4de]

is science like a kind of food or something because im hungry

bahaha

Alrighty.

Potassium sulfide is the chemical compound with the formula K2S. It is an inorganic polymer with the "antifluorite structure," which means that the small K+ ions occupy the tetrahedral (F−) sites in fluorite, and the larger S2− centers occupy the eight-coordinate (Ca2+) sites. Li2S, Na2S, and Rb2S crystallize similarly.

This salt contains the highly basic anion S2−, which completely hydrolyzes in water according to the following equation:

K2S + H2O → KOH + KSH
For many purposes, this reaction is inconsequential since the mixture of SH− and OH− behaves as a source of S2−. Other alkali metal sulfides behave similarly.

K2S arises from the reaction of potassium and sulfur. In the laboratory, this synthesis is usually conducted in a solution of anhydrous ammonia.

Was that smiple enough?

Yes.

comr4de is 2 kool 4 skool

I fly ships, son. I don't combine potassium whosydunits and carbohydrate thingamabobs.