Can i get help with these problems TABLE 6.1BOND DISSOCIATION ENERGIES (AHº) OF COMMON BONDSKJ/MOL KCAL/MOLKJ/MOL KCAL/MOLKJ/MOL KCAL/MOLBonds to HH2C=CH-CH338592(CH3)2CH-F444106H-H435104HC=C-CH3489117(CH3)2CH-C33580H-CH3435104(CH3)½CH-Br28568H-CH2CH341098Bonds to methyl(CH3)2CH-22253H-CH(CH3)239795CH3-H435104(CH3)2CH-OH38191H-C(CH3)338191CH;-F456109473113CH3-CI35184CH3H3C-C-xCH3-Br29370CH3H23456ČH3H35685CH3-OH38191(CH3)3C-H38191(CH3)3C-F444106464111(CH3);C-CI33179H3C-ċ-x(CH)3С — Br2726536487(CH3)3C-20950H-F569136CH3CH2-H41098(CH3)3C-OH38191H-CI431103CH;CH2-F448107H-Br36888CH3CH2-CI33981X-X bonds29771CH;CH2-Br28568F-F15938H-OH498119CH3CH2H22253Cl-CI24358H-OCH2CH3435104CH3CH2-OH38191Br-Br1934615136C-C bondsCH3Но-ОН21351CH3-CH3H3C-C-x36888CH3CH2-CH335685H(CH3)2CH-CH335184(CH3)2CH-H397955. In each of the following cases compare the bond identified in red, and determine whichbond you would expect to have largest bond dissociation energy?CIF(a)(b) Br

Bond dissociation energy means energy required to break the bond As the size of atom small bond…

489 11/ (CH3)2 HCH3 HCH2CH3 HCH(CH3)2 H-C(CH3)3 435 104 (CH3)2CH-Br 285 68 410 98 Bonds to methyl (CH3)2CH- 222 53 397 95 CH3-H 435 104 (CH3)2CH-OH 381 91 381 91 CH3-F 456 109 473 113 CH3-CI 351 84 CH3 H- CH3 Br 70 H3C-C-x 293 CH3 234 56 CH3 356 85 CH3-OH 381 91 (CH3)3C-H 381 91 (CH3)3C-F 444 106 H 464 111 (CH3)3C-CI 331 79 H3C-C-x (CH3);C-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 CH;CH2-CI 339 81 X-X bonds 297 71 CH;CH2-Br 285 68 159 38

489 11/ (CH3)2 HCH3 HCH2CH3 HCH(CH3)2 H-C(CH3)3 435 104 (CH3)2CH-Br 285 68 410 98 Bonds to methyl (CH3)2CH- 222 53 397 95 CH3-H 435 104 (CH3)2CH-OH 381 91 381 91 CH3-F 456 109 473 113 CH3-CI 351 84 CH3 H- CH3 Br 70 H3C-C-x 293 CH3 234 56 CH3 356 85 CH3-OH 381 91 (CH3)3C-H 381 91 (CH3)3C-F 444 106 H 464 111 (CH3)3C-CI 331 79 H3C-C-x (CH3);C-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 CH;CH2-CI 339 81 X-X bonds 297 71 CH;CH2-Br 285 68 159 38

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter4: Organic Compounds: Cycloalkanes And Their Stereochemistry

Section4.3: Stability Of Cycloalkanes: Ring Strain

Problem 8P: Each Hâ†”H eclipsing interaction in ethane costs about 4.0 kJ/mol. How many such interactions are...

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