The compound is Methyl Acetate. Referencing applicable thermodynamic data, calculate the ΔH° of combustion, ΔS° of combustion, ΔG°, of the compound assigned to you. Please include references for any data you've sourced (e.g., pages from the CRC Handbook, website, publications, etc.). ΔH° of combustion = ΔS° of combustion = ΔG° = Is this reaction spontaneous? Is this reaction endo- or exo- thermic? Does the entropy increase or decrease?
The compound is Methyl Acetate. Referencing applicable thermodynamic data, calculate the ΔH° of combustion, ΔS° of combustion, ΔG°, of the compound assigned to you. Please include references for any data you've sourced (e.g., pages from the CRC Handbook, website, publications, etc.). ΔH° of combustion = ΔS° of combustion = ΔG° = Is this reaction spontaneous? Is this reaction endo- or exo- thermic? Does the entropy increase or decrease?
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
The compound is Methyl Acetate.
Referencing applicable
ΔH° of combustion =
ΔS° of combustion =
ΔG° =
Is this reaction spontaneous?
Is this reaction endo- or exo- thermic?
Does the entropy increase or decrease?

Transcribed Image Text:S°(I)/
J mol-1 AH°(1)/ 4,G°(I)/ J mol-1
K-1
S"(c)/
4,H°(c)/ A,G°(c)/ J mol-1
K-1
C,(c)/
C,(1)/
J mol1 A,H°(g)/ A,G°(g)/ J mol-1
K-1
S(g)/ C,(g)/
J mol-1
Name
Mol. form. kJ mol-1 kJ mol-1
K-1
kJ mol-1 kJ mol-1
kJ mol-1 kJ mol-1
K-1
K-1
Manganese(II) sulfide (a
form)
MnS
-214.2
-218.4
78.2
50.0
D-Mannitol
-1314.5
D-Mannose
C3H1206
-1263.0
Mendelevium
Md
0.0
Mercapto
HS
142.7
113.3
195.7
32.3
Mercury
Mercury(1) bromide
Mercury(II) bromide
Mercury(1) carbonate
Mercury(1) chloride
Mercury(II) chloride
Mercury(I) iodide
Mercury(I) iodide (red)
Mercury(II) oxalate
Mercury(II) oxide
Mercury(I) sulfate
Mercury(II) sulfate
Mercury(II) sulfide (red)
Mercury(II) telluride
Mesityl oxide
Metaboric acid (ß form)
Hg
Br,Hg2
0.0
75.9
28.0
61.4
31.8
175.0
20.8
-206.9
-181.1
218.0
Br,Hg
CHg,03
CIH92
CI,Hg
Hg,l2
Hgl,
C,Hg04
Hgo
Hg,0,S
Hg0,S
HgS
HgTe
C&H1,0
BHO2
HO;P
H,0,Si
C,H,O2
CH,
CH,S
CH,0
C;H,,NO,S
C,H;02
C;H1,O3
-170.7
-153.1
172.0
-553.5
-468.1
180.0
-265.4
-210.7
191.6
-224.3
-178.6
146.0
-121.3
-111.0
233.5
-105.4
-101.7
180.0
-678.2
-90.8
-58.5
70.3
44.1
-743.1
-625.8
200.7
132.0
-707.5
-58.2
-50.6
82.4
48.4
-42.0
212.5
-794.3
-723.4
38.0
-561.9
-551.0
240.1
42.2
Metaphosphoric acid
-948.5
Metasilicic acid
-1188.7
-1092.4
134.0
Methacrylic acid
161.1
Methane
-74.6
-50.5
186.3
35.7
Methanethiol
-46.7
-7.7
169.2
90.5
-22.9
-9.3
255.2
50.3
Methanol
-239.2
-166.6
126.8
81.1
-201.0
-162.3
239.9
44.1
L-Methionine
-577.5
-413.5
171.1
2-Methoxyethanol
2-Methoxyethyl acetate
310.0
Methyl
145.7
147.9
194.2
38.7
CH3
C3H,O2
Methyl acetate
-445.9
141.9
-413.3
324.4
86.0
Methyl acetoacetate
C;H3O3
-623.2
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