FeBr2 + 2 KCI → FeCl2 + 2 KBr a) What is my theoretical yield of iron (II) chloride if I start with 34 grams of iron (II) bromide?

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Can you show me how to solve 5,6,7 and 8
5)
FeBr2 + 2 KCI > FeCl2 + 2 KBr
a) What is my theoretical yield of iron (1I) chloride if I start with 34 grams
of iron (II) bromide?
b) What is my percent yield of iron (II) chloride if my actual yield is 4
grams?
6)
TIS + H20 → H2S + TiO
What is my percent yield of titanium (1I) oxide if I start with 20 grams of
titanium (II) sulfide and my actual yield of titanium (II) oxide is 22 grams?
7)
U+3 Br2 > UBre
What is my actual yield of uranium hexabromide if I start with 100 grams
of uranium and get a percent yield of 83% ?
8)
H2SO, → H20 + SO3
If I start with 89 grams of sulfuric acid and produce 7.1. grams of water,
what is my percent yield?
Transcribed Image Text:5) FeBr2 + 2 KCI > FeCl2 + 2 KBr a) What is my theoretical yield of iron (1I) chloride if I start with 34 grams of iron (II) bromide? b) What is my percent yield of iron (II) chloride if my actual yield is 4 grams? 6) TIS + H20 → H2S + TiO What is my percent yield of titanium (1I) oxide if I start with 20 grams of titanium (II) sulfide and my actual yield of titanium (II) oxide is 22 grams? 7) U+3 Br2 > UBre What is my actual yield of uranium hexabromide if I start with 100 grams of uranium and get a percent yield of 83% ? 8) H2SO, → H20 + SO3 If I start with 89 grams of sulfuric acid and produce 7.1. grams of water, what is my percent yield?
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