This is a limiting reagent stoichiometry problem, so that means you have to run the calculations twice; once for 5 grams of silver and once for 5 grams of sulfur. When you do this, you'll find that for 5 grams of silver (and an excess of sulfur) you would get 5.68 g of product, and for 5 grams of sulfur (and an excess of silver) you would get 39.52 g of product. So, you have to go with the less of the two amounts, because that's the most you can ever produce. So the answer is 5.68 g of silver(I) sulfide, with silver being the limiting reagent.
iron sulfide, FeS or Fe3S2
ZnS, zinc sulfide
The most common ones are iron(II) sulfide and iron(III) sulfide.
The zinc sulfide is ZnS.
Iron is a magnetic substance, which means it is attracted by a magnet. On the other hand, Sulfur is a non-magnetic substance. If you place a magnet near a mixture of Iron and Sulfur, the iron pieces will stick to the magnet, while the sulfur powder will remain.
iron sulfide, FeS or Fe3S2
Solid iron oxide and a poisonous called sulphur dioxide
ZnS, zinc sulfide
The most common ones are iron(II) sulfide and iron(III) sulfide.
The zinc sulfide is ZnS.
They form a sulfide (compound) and the change is chemical.
The result of heating iron filings and sulfur powder mixture shows an exothermic reaction which forms a compound, iron sulfide.
It can't be mixed it has to be heated togther in a test tube
A compound, iron sulfide, is formed by chemical reaction between the iron and the sulphur. Depending on reaction conditions, either iron (II) or iron (III) sulphide or a mixture of both of them will be formed.
The substance created when zinc is heated with sulphur is zinc sulfide.
Iron is a magnetic substance, which means it is attracted by a magnet. On the other hand, Sulfur is a non-magnetic substance. If you place a magnet near a mixture of Iron and Sulfur, the iron pieces will stick to the magnet, while the sulfur powder will remain.
If water is heated enough to start bubbling, water vapor is formed.