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use following table for answering Question H 3 and 4. TABLE 6.1 BOND DIssociATION ENERGIES CAH OF coMMON BONDs KAMOL KCAL/MOL KJ/MOL KCAL/MOL. Bonds to H H2C CH CH3 92 (CH2)2CH- F 104 444 489 106 CHal2CH--a 104 (CH3)2CH- Br H CHzCH3 Bonds to methyl (CHalzCH H- CH(CH3)2 CH3 H 435 104 (CH32CH OH 381 381 H C(CH3)a. CH3 F 456 109 473 113 CH3- Cl 351 84 CH3 Br 70 CH3- 234 356 CH3 OH 381 91 (CH3 aC-H 381 (CHalac F 106 464 331 79 (CHalaC-Br 272 364 (CH3) 3C CH3CH2-H 410 98 569 136 381 CHaCHz-F 107 431 103 CH3CH2 Cl 339 X-X bonds 368 H Br CH3CH2-Br 285 68 297 159 CH3CH2-l 222 Cl Cl 119 498 243 CH3CH2-OH 381 H- OCH2CHa 435 104 Br Br 193 151 C C bonds HO- OH 213 HaCi CH3- CH CH3CH2-CH, 356 85 (CHa2CH- CHa 351 84 (CH3)2CH-H 397 95Can you please show me how to do these questions?

Predict the sign and magnitude of AH ofor the following in units of kilojoules per mole, and identify whether the reaction is expected to be endothermic or exothermic? HCI 4. data in table 6.1 predict the sign and magnitude of AH o for each of the following reactions. In each case, identify whether the reaction is expected to be endothermic or exothermic? Br HBr (a) Bra HCI H20 (b) OH HBr H20 OH HI H20 (d)

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