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4. Using the data in table 6.1 predict the sign and magnitude of AH ° for each of the following reactions. In each case, identify whether the reaction is expected to be endothermic or exothermic? Br Br2 + HBr (a) CI OH H20 + HCI (Ь) Br OH + H20 + HBr (c) OH + H20 + HI (d)

4. Using the data in table 6.1 predict the sign and magnitude of AH ° for each of the following reactions. In each case, identify whether the reaction is expected to be endothermic or exothermic? Br Br2 + HBr (a) CI OH H20 + HCI (Ь) Br OH + H20 + HBr (c) OH + H20 + HI (d)

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter5: Thermochemistry
Section: Chapter Questions
Problem 69E: Using the data in Appendix G, calculate the standard enthalpy change for each of the following...
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TABLE 6.1 BOND DISSOCIATION ENERGIES (AH°) OF COMMON BONDS KJ/MOL KCAL/MOL KJ/MOL KCAL/MOL KJ/MOL KCAL/MOL Bonds to H H2C=CH-CH3 385 92 (CH3)½CH-F 444 106 H-H 435 104 HC=C-CH3 489 117 (CH3)2CH-CI 335 80 H-CH3 435 104 (CH3½CH-Br 285 68 H-CH2CH3 410 98 Bonds to methyl (CH3)2CH- 222 53 H-CH(CH3)2 397 95 CH3-H 435 104 (CH3)2CH-OH 381 91 H-C(CH3)3 381 91 CH3-F 456 109 473 113 CH3-CI 351 84 CH3 H- CH3-Br H,C-C-x 293 70 CH;- 234 56 356 85 CH3-OH 381 91 (CH3);C-H 381 91 (CH3)3C-F 444 106 H 464 111 (CH3);C-CI 331 H3C-C-x (CH3)3C-Br 272 65 364 87 (CH3)3C-I 209 50 H-F 569 136 CH3CH2-H 410 98 (CH3)3C-OH 381 91 H-CI 431 103 CH;CH2-F 448 107 H-Br 368 88 CH3CH2-CI 339 81 X-X bonds 297 71 CH3CH2-Br 285 68 F-F 159 38 H-OH 498 119 CH3CH2H 222 53 Cl-CI 243 58 H-OCH2CH3 435 104 CH3CH2-OH 381 91 Br-Br 193 46 151 36 CH3 C-C bonds HO-OH 213 51 H3C-C-x CH3-CH3 368 88 CH3CH2-CH3 356 85 (CH3)2CH-CH3 351 84 (CH3)2CH-H 397 95
Transcribed Image Text:TABLE 6.1 BOND DISSOCIATION ENERGIES (AH°) OF COMMON BONDS KJ/MOL KCAL/MOL KJ/MOL KCAL/MOL KJ/MOL KCAL/MOL Bonds to H H2C=CH-CH3 385 92 (CH3)½CH-F 444 106 H-H 435 104 HC=C-CH3 489 117 (CH3)2CH-CI 335 80 H-CH3 435 104 (CH3½CH-Br 285 68 H-CH2CH3 410 98 Bonds to methyl (CH3)2CH- 222 53 H-CH(CH3)2 397 95 CH3-H 435 104 (CH3)2CH-OH 381 91 H-C(CH3)3 381 91 CH3-F 456 109 473 113 CH3-CI 351 84 CH3 H- CH3-Br H,C-C-x 293 70 CH;- 234 56 356 85 CH3-OH 381 91 (CH3);C-H 381 91 (CH3)3C-F 444 106 H 464 111 (CH3);C-CI 331 H3C-C-x (CH3)3C-Br 272 65 364 87 (CH3)3C-I 209 50 H-F 569 136 CH3CH2-H 410 98 (CH3)3C-OH 381 91 H-CI 431 103 CH;CH2-F 448 107 H-Br 368 88 CH3CH2-CI 339 81 X-X bonds 297 71 CH3CH2-Br 285 68 F-F 159 38 H-OH 498 119 CH3CH2H 222 53 Cl-CI 243 58 H-OCH2CH3 435 104 CH3CH2-OH 381 91 Br-Br 193 46 151 36 CH3 C-C bonds HO-OH 213 51 H3C-C-x CH3-CH3 368 88 CH3CH2-CH3 356 85 (CH3)2CH-CH3 351 84 (CH3)2CH-H 397 95
4. Using the data in table 6.1 predict the sign and magnitude of AH °for each of the following reactions. In each case, identify whether the reaction is expected to be endothermic or exothermic? Br + Br2 HBr (a) CI OH + H20 + HCI (b) Br OH H20 HBr - (c) OH H2O + HI (d) +
Transcribed Image Text:4. Using the data in table 6.1 predict the sign and magnitude of AH °for each of the following reactions. In each case, identify whether the reaction is expected to be endothermic or exothermic? Br + Br2 HBr (a) CI OH + H20 + HCI (b) Br OH H20 HBr - (c) OH H2O + HI (d) +
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