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14. What is the A H® rg of the following reaction, using the average bond energies in table on the equation sheet? All the compounds have single bond so none have double or triple bonds. Give your answer to three significant figures. CH:(g) + Cl2(g) → CH:Cl(g) + HC1(g) Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HC1(g) is theoretically formed and how many liters of Cl2(g) is leftover? Assume STP for all gases.

14. What is the A H® rg of the following reaction, using the average bond energies in table on the equation sheet? All the compounds have single bond so none have double or triple bonds. Give your answer to three significant figures. CH:(g) + Cl2(g) → CH:Cl(g) + HC1(g) Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HC1(g) is theoretically formed and how many liters of Cl2(g) is leftover? Assume STP for all gases.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Table 9.2 Average Bond Energies (kJ/mol) and Bond Lengths (pm) Bond Energy Length Bond Energy Length Bond Energy Length Energy Length Bond Single Bonds H-H 432 74 N-H 391 101 Si-H 323 148 S-H 347 134 H-F 565 92 N-N 160 146 Si-Si 226 234 S-S 266 204 H-CI 427 127 N-P 209 177 Si-O 368 161 S-F 327 158 H-Br 363 141 N-O 201 144 Si-S 226 210 S-CI 271 201 H-I 295 161 N-F 272 139 Si-F 565 156 S-Br 218 225 N-CI 200 191 Si-CI 381 204 S-I ~170 234 C-H 413 109 N-Br 243 214 Si-Br 310 216 C-C 347 154 N-I 159 222 Si-I 234 240 F-F 159 143 C-Si 301 186 F-CI 193 166 C-N 305 147 O-H 467 96 P-H 320 142 F-Br 212 178 358 143 0-P 351 160 P-Si 213 227 F-I 263 187 C-P 264 187 0-0 204 148 P-P 200 221 Cl-CI 243 199 259 181 0-S 265 151 P-F 490 156 Cl-Br 215 214 C-F 453 133 0-F 190 142 P-CI 331 204 Cl-I 208 243 C-CI C-Br 339 177 0-CI 203 164 P-Br 272 222 Br-Br 193 228 276 194 0-Br 234 172 P-I 184 246 Br-I 175 248 C-I 216 213 0-I 234 194 I-I 151 266 Multiple Bonds C=C 614 134 N=N 418 122 C=C 839 121 N=N 945 110 C=N 615 127 N=O 607 120 C=N 891 115 N=O 1020 106 C=0 745 123 O, 498 121 C=0 1070 113 (799 in CO,)
Transcribed Image Text:Table 9.2 Average Bond Energies (kJ/mol) and Bond Lengths (pm) Bond Energy Length Bond Energy Length Bond Energy Length Energy Length Bond Single Bonds H-H 432 74 N-H 391 101 Si-H 323 148 S-H 347 134 H-F 565 92 N-N 160 146 Si-Si 226 234 S-S 266 204 H-CI 427 127 N-P 209 177 Si-O 368 161 S-F 327 158 H-Br 363 141 N-O 201 144 Si-S 226 210 S-CI 271 201 H-I 295 161 N-F 272 139 Si-F 565 156 S-Br 218 225 N-CI 200 191 Si-CI 381 204 S-I ~170 234 C-H 413 109 N-Br 243 214 Si-Br 310 216 C-C 347 154 N-I 159 222 Si-I 234 240 F-F 159 143 C-Si 301 186 F-CI 193 166 C-N 305 147 O-H 467 96 P-H 320 142 F-Br 212 178 358 143 0-P 351 160 P-Si 213 227 F-I 263 187 C-P 264 187 0-0 204 148 P-P 200 221 Cl-CI 243 199 259 181 0-S 265 151 P-F 490 156 Cl-Br 215 214 C-F 453 133 0-F 190 142 P-CI 331 204 Cl-I 208 243 C-CI C-Br 339 177 0-CI 203 164 P-Br 272 222 Br-Br 193 228 276 194 0-Br 234 172 P-I 184 246 Br-I 175 248 C-I 216 213 0-I 234 194 I-I 151 266 Multiple Bonds C=C 614 134 N=N 418 122 C=C 839 121 N=N 945 110 C=N 615 127 N=O 607 120 C=N 891 115 N=O 1020 106 C=0 745 123 O, 498 121 C=0 1070 113 (799 in CO,)
14. What is the A H°r of the following reaction, using the average bond energies in table on the equation sheet? All the compounds have single bond so none have double or triple bonds. Give your answer to three significant figures. CH4(g) + Cl2(g) → CH;CI(g) + HC1(g) Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HCI(g) is theoretically formed and how many liters of Ch(g) is leftover? Assume STP for all gases.
Transcribed Image Text:14. What is the A H°r of the following reaction, using the average bond energies in table on the equation sheet? All the compounds have single bond so none have double or triple bonds. Give your answer to three significant figures. CH4(g) + Cl2(g) → CH;CI(g) + HC1(g) Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HCI(g) is theoretically formed and how many liters of Ch(g) is leftover? Assume STP for all gases.
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