Step by step. Using standard enthalpies of reaction, calculate the enthalpy for the conversion of oxygen into ozone at 25°C. (Values in Table 16.2)O+ 02> 03For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac).BIUS= v E v Av In*D自QParagraphArial14pxX: 8深T TT 9 Q 0 員田、ABC土 AH¡ (kl/mol)Substance or lonAH? (kJ/mol)AH; (kJ/mol)Substance or lonSubstance or lonCH;CHO(g)CH;CHO(1)0.NH3(g)NH,*(aq)NO(g)NO2(g)HNO;(aq)e(g)-166.1-45.90-191.8-132.5BromineChlorine111.990.29Br(g)Br (aq)Br (g)Br>(g)Br-(1)HBr(g)33.10Cl(g)CI (aq)CI(g)C2(g)HCI(g)-121.5121.3-219.0-207.4-167.230.91-234.0OxygenO(g)O2(g)O3(g)0.0.249.2-36.44-92.310.Fluorine142.7CalciumF(g)F(g)F (aq)F2(g)HF(g)79.39SiliconCa(s)Ca²+(aq)CaCO;(s, calcite)CaO(s)-542.8-255.1Si(s)SICL,(1)SİF4(g)SiO2(s, quartz)-1206.9-332.6-687.0-635.1-1614.9-272.5-910.9CarbonHydrogenH(g)H*(aq)H*(g)H2(g)H,O(g)H,O(1)OH (aq)716.7SilverC(g)C(s, diamond)C(s, graphite)CCL(3)CCI,(1)CO(g)CO-(g)CO,-(aq)CS,(g)CS;()HCN(g)HCN(1)HCO; (aq)HydrocarbonsCH(g)C,HA(8)CH(g)CH&(1)Alcohols218.00.Ag(s)Ag*(aq)AgBr(s)AgCl(s)AgF(s)AgI(s)1.8970.105.6-95.981536.2-100.40.-127.1-135.4-241.8-204.6-110.5-285.8-61.84-393.5-230.0-677.1Sodium116.9Iodine107.3Na(g)Na(s)Na*(aq)Na*(g)Na,CO3(s)NaCl(s)NaHCO;(s)106.8I(g)I (aq)I(g)IL(8)HI(g)89.700.135.1-55.19-240.1108.9-194.6609.3-692.00.-1130.826.36-411.1-74.87-950.8Lead52.47Pb(s)Pb2+(aq)PbO(s)PbS(s)Sulfur-84.68-1.7277.0S(g)S(s, monoclinic)S(s, rhombic)S2(g)SO-(g)H,S(g)49.0-219.40.360-98.320.CH;OH(/)C,H,OH(l)AldehydesHCHO(g)-238.7128.6NitrogenN(g)N2(g)-277.7472.7-296.8-20.50-117*See A

The enthalpy of conversion of oxygen to ozone at 25°C is -106.5 KJ/mol. The question is solved using…

Answered: Using standard enthalpies of reaction,…

Using standard enthalpies of reaction, calculate the enthalpy for the conversion of oxygen into ozone at 25°C. (Values in Table 16.2) O + 02> 03

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

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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Question

Step by step.

Using standard enthalpies of reaction, calculate the enthalpy for the conversion of oxygen into ozone at 25°C. (Values in Table 16.2)
O+ 02> 03
For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac).
BIUS
= v E v A
v In
*D自Q
Paragraph
Arial
14px
X: 8深T T
T 9 Q 0 員田、
ABC
土

AH¡ (kl/mol)
Substance or lon
AH? (kJ/mol)
AH; (kJ/mol)
Substance or lon
Substance or lon
CH;CHO(g)
CH;CHO(1)
0.
NH3(g)
NH,*(aq)
NO(g)
NO2(g)
HNO;(aq)
e(g)
-166.1
-45.90
-191.8
-132.5
Bromine
Chlorine
111.9
90.29
Br(g)
Br (aq)
Br (g)
Br>(g)
Br-(1)
HBr(g)
33.10
Cl(g)
CI (aq)
CI(g)
C2(g)
HCI(g)
-121.5
121.3
-219.0
-207.4
-167.2
30.91
-234.0
Oxygen
O(g)
O2(g)
O3(g)
0.
0.
249.2
-36.44
-92.31
0.
Fluorine
142.7
Calcium
F(g)
F(g)
F (aq)
F2(g)
HF(g)
79.39
Silicon
Ca(s)
Ca²+(aq)
CaCO;(s, calcite)
CaO(s)
-542.8
-255.1
Si(s)
SICL,(1)
SİF4(g)
SiO2(s, quartz)
-1206.9
-332.6
-687.0
-635.1
-1614.9
-272.5
-910.9
Carbon
Hydrogen
H(g)
H*(aq)
H*(g)
H2(g)
H,O(g)
H,O(1)
OH (aq)
716.7
Silver
C(g)
C(s, diamond)
C(s, graphite)
CCL(3)
CCI,(1)
CO(g)
CO-(g)
CO,-(aq)
CS,(g)
CS;()
HCN(g)
HCN(1)
HCO; (aq)
Hydrocarbons
CH(g)
C,HA(8)
CH(g)
CH&(1)
Alcohols
218.0
0.
Ag(s)
Ag*(aq)
AgBr(s)
AgCl(s)
AgF(s)
AgI(s)
1.897
0.
105.6
-95.98
1536.2
-100.4
0.
-127.1
-135.4
-241.8
-204.6
-110.5
-285.8
-61.84
-393.5
-230.0
-677.1
Sodium
116.9
Iodine
107.3
Na(g)
Na(s)
Na*(aq)
Na*(g)
Na,CO3(s)
NaCl(s)
NaHCO;(s)
106.8
I(g)
I (aq)
I(g)
IL(8)
HI(g)
89.70
0.
135.1
-55.19
-240.1
108.9
-194.6
609.3
-692.0
0.
-1130.8
26.36
-411.1
-74.87
-950.8
Lead
52.47
Pb(s)
Pb2+(aq)
PbO(s)
PbS(s)
Sulfur
-84.68
-1.7
277.0
S(g)
S(s, monoclinic)
S(s, rhombic)
S2(g)
SO-(g)
H,S(g)
49.0
-219.4
0.360
-98.32
0.
CH;OH(/)
C,H,OH(l)
Aldehydes
HCHO(g)
-238.7
128.6
Nitrogen
N(g)
N2(g)
-277.7
472.7
-296.8
-20.50
-117
*See A

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