Using the average bond energy values from the table below, calculate the enthalpy change (in kJ/mol) associated with the following reaction: 2 CO2+ N2 2 CO+2 NO

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Using the average bond energy values from the table below, calculate the enthalpy change (in kJ/mol)
associated with the following reaction: 2 CO2+ N22 CO +2 NO
Hint: It is important to pay attention to bond types (single, double, or triple) that are present in the reactants and
products.
TABLE 9.1 Average Bond Energies
Transcribed Image Text:Using the average bond energy values from the table below, calculate the enthalpy change (in kJ/mol) associated with the following reaction: 2 CO2+ N22 CO +2 NO Hint: It is important to pay attention to bond types (single, double, or triple) that are present in the reactants and products. TABLE 9.1 Average Bond Energies
TABLE 9.1 Average Bond Energies
Bond Energy
Bond Energy
Bond Energy
(kJ mol)
Bond
Bond
(kJ mol )
Bond
(kJ mol 1)
H-H
436
N-N
163
Br-F
237
H-C
414
N=N
418
Br-Cl
218
H-N
389
N=N
946
Br-Br
193
464
N-0
222
|-CI
208
H-S
368
N=0
590
|-Br
175
H-F
565
-F
272
151
H-CI
431
N-CI
200
Si-H
323
H-Br
364
N-Br
243
Si-Si
226
H-I
297
N-1
159
Si-C
301
C-C
347
0-0
142
Si-0
450
C-C
611
0=0
498
Si-Si
226
C=C
837
0-F
190
Si 0
523
C-N
305
0-CI
203
Si-CI
391
C=N
615
0-1
234
S-F
285
C-N
891
F-F
159
S-0
265
C-0
360
CI F
253
S-0
515
C30
736
CI-CI
243
S-CI
253
C=0
1072
S Br
218
C-CI
339
S-S
266
S S
418
799 in CO,
Transcribed Image Text:TABLE 9.1 Average Bond Energies Bond Energy Bond Energy Bond Energy (kJ mol) Bond Bond (kJ mol ) Bond (kJ mol 1) H-H 436 N-N 163 Br-F 237 H-C 414 N=N 418 Br-Cl 218 H-N 389 N=N 946 Br-Br 193 464 N-0 222 |-CI 208 H-S 368 N=0 590 |-Br 175 H-F 565 -F 272 151 H-CI 431 N-CI 200 Si-H 323 H-Br 364 N-Br 243 Si-Si 226 H-I 297 N-1 159 Si-C 301 C-C 347 0-0 142 Si-0 450 C-C 611 0=0 498 Si-Si 226 C=C 837 0-F 190 Si 0 523 C-N 305 0-CI 203 Si-CI 391 C=N 615 0-1 234 S-F 285 C-N 891 F-F 159 S-0 265 C-0 360 CI F 253 S-0 515 C30 736 CI-CI 243 S-CI 253 C=0 1072 S Br 218 C-CI 339 S-S 266 S S 418 799 in CO,
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