BALANCING EQUATIONS: Balance cach of the chemical equations. Coefficients of I shouldn't be written. 1. Calla CO: + H:O 2. CoH CO: H:0 3. Zn + HCI ZnCl: + H2

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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8.
CaC2
H20
Ca(OH):
+_C:H2
52 of 120
9.
Mg N2
_H20
_NH3
_Mg(OH):
10.
_CaCO
_HCI
_CaCl; +
CO:
+_H;0
H20
+
_Zn +
_Zn:(PO.):
1.
_H3PO,
H2
12.
AGNO,
CaCl
-AgCI +
_Ca(NO):
51
13.
Al;O
H;SO. +
Al:(SO):
+H;0
14.
_Fe +
_Br:
+_FeBr
15.
Al(OH):
_H2SO4 →_Al:(SO.):
_H;0
16.
C2H2
+_0
CO:
H20
17.
Liz0 +
_H20
LIOH
18.
_NH
H:CO:
(NH4):COs
3
19.
C:HSOH +
O2
+ CO:
O:
+_H;0
20.
HPO, +
Ca(OH):
Cas(PO)2
H20
21.
_HBr
HBr +
K;SOs →
H;0 +
SO: +
KBr
22.
_Na
NaOH +
_H2
23.
Al +
Fe:O) →
Al:0, +
Fe
24.
KCIO
KCI
I +_O:
25.
(NH4):SO. +
BaClz
NH.CI +
BaSO4
26.
_CH:OH
CO: +
H:O
52
В.
Write a balanced chemical equation for each reaction described below (include states):
1. Solid magnesium oxide is produced by heating solid magnesium metal in the presence of oxygen
gas.
Transcribed Image Text:8. CaC2 H20 Ca(OH): +_C:H2 52 of 120 9. Mg N2 _H20 _NH3 _Mg(OH): 10. _CaCO _HCI _CaCl; + CO: +_H;0 H20 + _Zn + _Zn:(PO.): 1. _H3PO, H2 12. AGNO, CaCl -AgCI + _Ca(NO): 51 13. Al;O H;SO. + Al:(SO): +H;0 14. _Fe + _Br: +_FeBr 15. Al(OH): _H2SO4 →_Al:(SO.): _H;0 16. C2H2 +_0 CO: H20 17. Liz0 + _H20 LIOH 18. _NH H:CO: (NH4):COs 3 19. C:HSOH + O2 + CO: O: +_H;0 20. HPO, + Ca(OH): Cas(PO)2 H20 21. _HBr HBr + K;SOs → H;0 + SO: + KBr 22. _Na NaOH + _H2 23. Al + Fe:O) → Al:0, + Fe 24. KCIO KCI I +_O: 25. (NH4):SO. + BaClz NH.CI + BaSO4 26. _CH:OH CO: + H:O 52 В. Write a balanced chemical equation for each reaction described below (include states): 1. Solid magnesium oxide is produced by heating solid magnesium metal in the presence of oxygen gas.
50
Name:
Date lab performed:
Partner(s) name:
Date due:
Balancing Chemical Reactions
A.
BALANCING EQUATIONS: Balance each of the chemical equations. Coefficients of 1
shouldn't be written.
1.
C6H14
CO:
+_H:0
2.
CoH
O2
CO
3.
Zn +
_HCI
+_ZnClz
+_H:
4.
P. +_Cl2
PCl,
PCI3
5.
NaHCO, _Na:CO
+_CO:
CO:
H20
6.
ΗΝΟ,
NO2
_H2O
O2
7.
Fe +
Fe;O3
8.
_CaC:
Ca(OH):
+ C;H;
9.
_MgiN:
H:0
NH
Mg(OH):
10.
CaCO,
_HCI
CaCl; + CO:
:
+H;O
H:0
11.
Zn +
H,PO. →
Znj(PO.):
H2
12.
AGNO
+_
+ABCI + _Ca(NO:)a
51
13.
Al:O
H2SO4 Al:(SO))
H:SO.
_H:0
14.
Fe +
Brz
FeBr
15.
Al(OH)s +
H;SO.
Al:(SO.)s
H:0
16.
C:H:
CO:
H20
->
17.
Li:0 +
_H:0
LIOH
18.
NH
_H:CO
(NH.):CO,
19.
C:HSOH +
O:
CO:
+_H:0
20.
H3PO, +
Ca(OH): →
Cas(PO4):
H:0
Transcribed Image Text:50 Name: Date lab performed: Partner(s) name: Date due: Balancing Chemical Reactions A. BALANCING EQUATIONS: Balance each of the chemical equations. Coefficients of 1 shouldn't be written. 1. C6H14 CO: +_H:0 2. CoH O2 CO 3. Zn + _HCI +_ZnClz +_H: 4. P. +_Cl2 PCl, PCI3 5. NaHCO, _Na:CO +_CO: CO: H20 6. ΗΝΟ, NO2 _H2O O2 7. Fe + Fe;O3 8. _CaC: Ca(OH): + C;H; 9. _MgiN: H:0 NH Mg(OH): 10. CaCO, _HCI CaCl; + CO: : +H;O H:0 11. Zn + H,PO. → Znj(PO.): H2 12. AGNO +_ +ABCI + _Ca(NO:)a 51 13. Al:O H2SO4 Al:(SO)) H:SO. _H:0 14. Fe + Brz FeBr 15. Al(OH)s + H;SO. Al:(SO.)s H:0 16. C:H: CO: H20 -> 17. Li:0 + _H:0 LIOH 18. NH _H:CO (NH.):CO, 19. C:HSOH + O: CO: +_H:0 20. H3PO, + Ca(OH): → Cas(PO4): H:0
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