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Using the table shown below, calculate AE for the following chemical reaction: НаС %3D 0 (9) + НСІ (9) — НзС — О-С(9) → H3C – 0 – Cl NOTE: Assume all bonds that are not shown are single bonds. Table 3-3 | Average Bond Energies (kJ/mol) Single Bonds Multiple Bonds H-H 432 N-H 391 149 C=C 614 H-F 565 N-N 160 |-CI 208 C=C 839 H-CI 427 N-F 272 |-Br 175 0=0 495 H-Br 363 N-CI 200 C=0* 745 H-I 295 N-Br 243 S-H 347 C=0 1072 N-O 201 S-F 327 N=0 607 C-H 413 0–H 467 S-CI 253 N=N 418 C-C 347 0–0 146 S-Br 218 N=N 941 C-N 305 0-F 190 S-S 266 C=N 891 C-O 358 0–CI 203 c=N 615 C-F 485 O- 234 Si-Si 340 C-CI 339 Si-H 393 C-Br 276 F-F 154 Si-C 360 C-I 240 F-CI 253 Si-O 452 C-S 259 F-Br 237 Cl–CI 239 Cl-Br 218 Br-Br 193

Using the table shown below, calculate AE for the following chemical reaction: НаС %3D 0 (9) + НСІ (9) — НзС — О-С(9) → H3C – 0 – Cl NOTE: Assume all bonds that are not shown are single bonds. Table 3-3 | Average Bond Energies (kJ/mol) Single Bonds Multiple Bonds H-H 432 N-H 391 149 C=C 614 H-F 565 N-N 160 |-CI 208 C=C 839 H-CI 427 N-F 272 |-Br 175 0=0 495 H-Br 363 N-CI 200 C=0* 745 H-I 295 N-Br 243 S-H 347 C=0 1072 N-O 201 S-F 327 N=0 607 C-H 413 0–H 467 S-CI 253 N=N 418 C-C 347 0–0 146 S-Br 218 N=N 941 C-N 305 0-F 190 S-S 266 C=N 891 C-O 358 0–CI 203 c=N 615 C-F 485 O- 234 Si-Si 340 C-CI 339 Si-H 393 C-Br 276 F-F 154 Si-C 360 C-I 240 F-CI 253 Si-O 452 C-S 259 F-Br 237 Cl–CI 239 Cl-Br 218 Br-Br 193

Chemistry
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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198 kJ
+611 kJ
+1320 kJ
-198 kJ
Using the table shown below, calculate AE for the following chemical reaction: H2C = 0 (g) + HCI (g) → H3C –-0– CI (g) NOTE: Assume all bonds that are not shown are single bonds. Table 3-3 | Average Bond Energies (kJ/mol) Single Bonds Multiple Bonds H-H 432 N-H 391 149 C=C 614 H-F 565 N-N 160 |-CI 208 C=C 839 H-CI 427 N-F 272 |-Br 175 0=0 495 H-Br 363 N-CI 200 c=0* 745 H–I 295 N-Br 243 S-H 347 C=0 1072 N-O 201 S-F 327 N=0 607 С—Н 413 0–H 467 S-CI 253 N=N 418 C-C 347 0-0 146 S-Br 218 N=N 941 C-N 305 0-F 190 S-S 266 C=N 891 C-O 358 203 C=N 615 C-F 485 234 Si-Si 340 C-CI 339 Si-H 393 C-Br 276 F-F 154 Si-C 360 C–I 240 F-CI 253 Si-O 452 C-S 259 F-Br 237 Cl-CI 239 Cl-Br 218 Br-Br 193 *C=0(in CO2) = 799 © 2016 Cengage Learning
Transcribed Image Text:Using the table shown below, calculate AE for the following chemical reaction: H2C = 0 (g) + HCI (g) → H3C –-0– CI (g) NOTE: Assume all bonds that are not shown are single bonds. Table 3-3 | Average Bond Energies (kJ/mol) Single Bonds Multiple Bonds H-H 432 N-H 391 149 C=C 614 H-F 565 N-N 160 |-CI 208 C=C 839 H-CI 427 N-F 272 |-Br 175 0=0 495 H-Br 363 N-CI 200 c=0* 745 H–I 295 N-Br 243 S-H 347 C=0 1072 N-O 201 S-F 327 N=0 607 С—Н 413 0–H 467 S-CI 253 N=N 418 C-C 347 0-0 146 S-Br 218 N=N 941 C-N 305 0-F 190 S-S 266 C=N 891 C-O 358 203 C=N 615 C-F 485 234 Si-Si 340 C-CI 339 Si-H 393 C-Br 276 F-F 154 Si-C 360 C–I 240 F-CI 253 Si-O 452 C-S 259 F-Br 237 Cl-CI 239 Cl-Br 218 Br-Br 193 *C=0(in CO2) = 799 © 2016 Cengage Learning
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