K2S is potassium sulfide
K2SO3 is potassium sulfite
K2SO4 is potassium sulfate.
In an ionic compound, the endings -ite and -ate indicate a negative ion that contains oxygen, with -ate indication more oxygen than -ite. The ending -ide usually indicates an oxygen-free ion with the exception of oxide and its variants.
You have to notice what happens during the reaction and what products have been obtained.
Either nitrogen, phosphorus, chlorine or potassium... I can't tell, but hope that helps:]
The easy & daily sources what you can use for potassium are Potatoes,Bananas,Cooked spinach,Bamboo shoots,Oranges,Apricots, Prunes. And as everyone knows salt pure salt is the best source for sodium.
Potassium is an element--the purest form of any substance. Technically the formula is just K as that is the elemental symbol. There are innumerable different compounds that include potassium in their formula.
The core of the earth is primarily made up of iron and a little bit of nickel. Oxygen, sulfur and some other gases might also be there to. It is difficult to tell exactly what it is made of.
Mercury is the stuff in thermometers, so you tell me... IDK about sulfur
not really but you can tell sulfur by smell
Sulfur is not a highly reactive element under ordinary condition.
Sulfur is not a highly reactive element under ordinary condition.
It's impossible to tell. "Potassium hydrogen" is clearly an error of some kind; it might be a somewhat confused attempt to write "potassium hydride," or it could be an omission error for something like "potassium hydrogen carbonate."
i dont know u tell me
Unless the two are combined, it is a suspension if you can tell which is which.
Sodium lauryl sulfate, which is a detergent, is an ingredient of some brands of toothpaste. You should be able to tell by looking at the ingredient list on the toothpaste tube.
We can assume the copper wire has reacted completely with excess sulfur being burned off when there is no longer any traces of yellow color sulfur in the crucible.
Sulfur is relatively unreactive with the constituents of the Earth's atmosphere and crust under normal conditions. (However, sulfur can react with many of these materials under favorable conditions.)
Testing magnesium and sulfate by qualitative analytical chemistry methods.
You have to notice what happens during the reaction and what products have been obtained.