1. Find AHrxn for the following reaction using bond dissociation values given onthe last page. Hint: You must balance the equation below._C3H6 +_02 →_CO2_H2OHc=C Average Bond Energies (kJ/molSingie bondsF-F0-H 4630-0 146190155413348293358485-a 328C-Br 276240259N-H 391N-N 163N-O 201N-F 272N-a 200N-Br 243C-H0-F0-a 203a-F 253C-a 242C-F0-I234S-H 339S-FBr-F 237Br-a 218Br-Br 193н-н 436H-F 567Н-С 431H-Br 366H-I327S-a 253S-Br 218C-SI-BrI-I208175151Si-H 323Si-Si 226Si-C 301Si-o 368S-S266299Multipie boadsC=CN=N 418NEN 9416148396158917991072495S=0 523S=S418ENCEO

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Answered: Find AHrxn for the following reaction…

Find AHrxn for the following reaction using bond dissociation values given on the last page. Hint: You must balance the equation below. _C3H6 + 02 → _CO2 _H2O H H. H H H

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter4: Polar Bonds, Polar Reactions

Section: Chapter Questions

Problem 30CTQ: According to the conventions above, what is the sign ( + or ) of the P.E. change (H) for Rxn 3?

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Question

1. Find AHrxn for the following reaction using bond dissociation values given on
the last page. Hint: You must balance the equation below.
_C3H6 +
_02 →
_CO2
_H2O
H
c=C

Average Bond Energies (kJ/mol
Singie bonds
F-F
0-H 463
0-0 146
190
155
413
348
293
358
485
-a 328
C-Br 276
240
259
N-H 391
N-N 163
N-O 201
N-F 272
N-a 200
N-Br 243
C-H
0-F
0-a 203
a-F 253
C-a 242
C-F
0-I
234
S-H 339
S-F
Br-F 237
Br-a 218
Br-Br 193
н-н 436
H-F 567
Н-С 431
H-Br 366
H-I
327
S-a 253
S-Br 218
C-S
I-Br
I-I
208
175
151
Si-H 323
Si-Si 226
Si-C 301
Si-o 368
S-S
266
299
Multipie boads
C=C
N=N 418
NEN 941
614
839
615
891
799
1072
495
S=0 523
S=S
418
EN
CEO

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