1. Chemical reduction of zinc oxides in the presence of reduced carbon 2. Formation of anorthite during mineral carbonation 3. Precipitation of calcite during mineral carbonation

Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
Publisher:Skoog
Chapter26: Molecular Absorption Spectrometry
Section: Chapter Questions
Problem 26.15QAP
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Chemical reduction of zinc oxides
1.
in the presence of reduced carbon
2. Formation of anorthite
during mineral carbonation
3. Precipitation of
calcite during mineral carbonation
Caco3 + 2H* = Ca2*+
H20 + CO2
13
4. Oxidation of zinc sulfides under
reduced conditions
3Fe* + 3H,0 = 3Fe
5. Chemical oxidation of iron di-
sulfides under oxidizing conditions
(OH)3
+ 3H*
6.
Chemical oxidation of pyrite by
2Cus+ 4H*+ O2 (g) =
2Cu2* +25 + 2H,0
oxygen under reducing conditions
7.
Acid rain formation
FeS, (s) + 7/2 0, + H2O
= Fe2" + 25042 + 2H*
8.
Dissolution of copper sulfides
under alkaline conditions
CaAl,Si,Og + CO2 + H20
9.
Alkaline dissolution of calcite
= CacO3 + AlzSizO5
(OH)4
10. Precipitation of ferric hydroxides
Zno (s) + C (s) = Zn (s) +
CO
11. Partial weathering of mica
and silica under acidic conditions
12. Precipitation of ferrous hydroxides
co, (e) + H20 (I) =
H,CO, (aq)
13. Formation of calcite under acidic
conditions
H,CO, (aq) = H+ (aq) +
HCO, (aq)
14. Chemical reduction of zinc oxides
in the presence of oxidized carbon
compounds
15. The leaching of cupper under
acidic conditions
16. Dissolution of Calcite under acidic
conditions.
Transcribed Image Text:Chemical reduction of zinc oxides 1. in the presence of reduced carbon 2. Formation of anorthite during mineral carbonation 3. Precipitation of calcite during mineral carbonation Caco3 + 2H* = Ca2*+ H20 + CO2 13 4. Oxidation of zinc sulfides under reduced conditions 3Fe* + 3H,0 = 3Fe 5. Chemical oxidation of iron di- sulfides under oxidizing conditions (OH)3 + 3H* 6. Chemical oxidation of pyrite by 2Cus+ 4H*+ O2 (g) = 2Cu2* +25 + 2H,0 oxygen under reducing conditions 7. Acid rain formation FeS, (s) + 7/2 0, + H2O = Fe2" + 25042 + 2H* 8. Dissolution of copper sulfides under alkaline conditions CaAl,Si,Og + CO2 + H20 9. Alkaline dissolution of calcite = CacO3 + AlzSizO5 (OH)4 10. Precipitation of ferric hydroxides Zno (s) + C (s) = Zn (s) + CO 11. Partial weathering of mica and silica under acidic conditions 12. Precipitation of ferrous hydroxides co, (e) + H20 (I) = H,CO, (aq) 13. Formation of calcite under acidic conditions H,CO, (aq) = H+ (aq) + HCO, (aq) 14. Chemical reduction of zinc oxides in the presence of oxidized carbon compounds 15. The leaching of cupper under acidic conditions 16. Dissolution of Calcite under acidic conditions.
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