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if 4.55 g of sodium sulphide and 15.0 g of bismuth nitrate are dissolved in separate beakers of water which are then poured tog...Asked by bobsley plz conform
if 4.55 g of sodium sulphide and 15.0 g of bismuth nitrate are dissolved in separate beakers of water which are then poured togehter, what is the maximum mass of bismuth sulphide an insoulble compound that could precipitate? Which reactant was the limitting reactant?
Na2S + Bi(NO3)3 --- Bi2S3 + Na^+ + NP3^- ( not balanced )
---------------------------------------balanced equatoin is
3Na2S + 2Bi(NO3)3 --- Bi2S3 + 6Na^+ + 6NO3^-
moles of Na2S = 0.058
moles of Bi(no3)3 = 0.038
Na2S = 0.058 / 3 = 0.019
Bi(no3)3 = 0.038 / 2 = 0.019
both are same for Bi2S3 from balanced equation
so the mass is 9.77 g
no limiting reactant ..
plz conform
thanks
Na2S + Bi(NO3)3 --- Bi2S3 + Na^+ + NP3^- ( not balanced )
---------------------------------------balanced equatoin is
3Na2S + 2Bi(NO3)3 --- Bi2S3 + 6Na^+ + 6NO3^-
moles of Na2S = 0.058
moles of Bi(no3)3 = 0.038
Na2S = 0.058 / 3 = 0.019
Bi(no3)3 = 0.038 / 2 = 0.019
both are same for Bi2S3 from balanced equation
so the mass is 9.77 g
no limiting reactant ..
plz conform
thanks
Answers
Answered by
bobpursley
see below.
Answered by
buddy
i got the same answer
i think its right tho!
i think its right tho!
Answered by
bud
I got 9.76g. Isn't Bi(NO3)3 the limiting reactant? It has 0.03798mols and Na2S is in excess, 0.0584mols.
Answered by
D
limiting reactant is Bi(NO3)3, and 9.762629805 g of Bi2S3 is produced
Answered by
Anonymous
yeah the L.R is Bi(NO3)3 and the mass of Bi2S3 is 9.76g :)
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