8. In the following equations, determine which reactant is the limiting reactant and which reactant is in excess. The amounts used are given below each reactant. Show evidence for your answers. (a) 2 Bi(NO,), + 3H,S Bi¸S; + 6 HNO, 50.0 g 6.00 g (b) 3 Fe + 4 H;0 Fe,O, + 4 H: 40.0 g 16.0 g

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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28. In the following equations, determine which reactant is
the limiting reactant and which reactant is in excess.
The amounts used are given below each reactant. Show
evidence for your answers.
(a) 2 Bi(NO,), + 3 H,S
50.0 g
Bi,S; + 6 HNO,
40%
6.00 g
(b) 3 Fe + 4 H0
Fe 0, + 4 H2
40.0 g 16.0 g
Take note that the problem did not cite or
choose the product. Hence, you may use any
of the 2 product given per problem to
determine the limiting and the excess
reactant.
Transcribed Image Text:28. In the following equations, determine which reactant is the limiting reactant and which reactant is in excess. The amounts used are given below each reactant. Show evidence for your answers. (a) 2 Bi(NO,), + 3 H,S 50.0 g Bi,S; + 6 HNO, 40% 6.00 g (b) 3 Fe + 4 H0 Fe 0, + 4 H2 40.0 g 16.0 g Take note that the problem did not cite or choose the product. Hence, you may use any of the 2 product given per problem to determine the limiting and the excess reactant.
V [ Choose ]
Water is the limiting
reactant and iron is in
excess
Iron is the limiting reactant
and water is in excess
Bismuth (III) nitrate is the
limiting reactant and
hydrogen sulfide is in
excess
Hydrogen sulfide is the
limiting reactant and
Bismuth (II) nitrate is in
excess
Transcribed Image Text:V [ Choose ] Water is the limiting reactant and iron is in excess Iron is the limiting reactant and water is in excess Bismuth (III) nitrate is the limiting reactant and hydrogen sulfide is in excess Hydrogen sulfide is the limiting reactant and Bismuth (II) nitrate is in excess
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