0
Yes, Fe (iron) plus S (sulfur) equals FeS (iron sulfide). If the iron ion is iron(ll) then it is iron(ll) sulfide; if it is iron(lll), then it iron(lll) sulfide.
Wiki User
∙ 9y ago
Add your answer:
Earn +20 pts
What will happen when you add cs2 to fe plus s and fes?
When CS2 is added to reaction mixture Fe + S = FeS , it would dissolve the excess 'S' leaving the solids Fe and FeS without any change.
How do you balance iron plus sulfur yields iron two sulfide?
Fe + S = FeS
What is the chemical reaction for iron plus sulfur yields iron II sulfide?
Fe + S --> FeS
What are more examples of chemical equations?
Fe + S ---> FeS
What type of chemical reactions is Fe plus 2HCl yields FeCl2 plus H2?
Displacement reaction , as HCl displaces S of FeS to give H2S
How many elements are there in FeS?
Two, iron Fe, and sulfur S.
What is the empirical formula for the ionic compound formed by Fe S?
FeS
What is the symbol equation for the reaction of sulphur with oxygen?
S + o2 = so2
What is the chemical reaction for iron sulfur?
i think it fe+s=fes(iron dulphide)
Balance chemical equation for iron filling and sulfur powder mixture?
Fe + S = FeS
What is the chemical equation for heating Fe and S?
ordinary mixing is a physical change but when you get to heat them products are formed and it is a chemical change.
Iron II sulfide is produced when iron is heated with sulfur what is the therotical yield of FeS if 25.0 g Fe is heated with 32.0 g S?
Fe + S = FeS ---- 1) The first thing you need to determine is whether Fe or S is the limiting reagent. To do this you need the atomic mass of both Fe and S, which can be found on the periodic table. a) Fe = 56 and S = 32 Next, divide the given mass of the substance by the atomic mass. a) Fe = (25.0 / 56) = 0.4464 (moles of Fe) S = (32.0 / 32) = 1.0 (moles of S) Next, divide the number of moles of substance by the coefficient in front of the element (see the above chemical equation) a) Fe = (0.4464/1) = 0.4464 S = (1/1) = 1 Now you can see that the final number for Fe is smaller than the final number for S. This means that Fe is the limiting reagent and S is in excess. ---- 2) Now you can do a simple stoichiometry problem using Fe and converting to FeS. Always use the limiting reagent in the stoichiometry problem. Note: FeS = 88 (25) (1) (88) = 2200 = 25 (56) (1) 88 ---- The theoretical yield of FeS is 25g.
