General Papers ARKIVOC 2007 (xv) 112-126 Table 1. Physicochemical characteristics of substituted anilides Comp. M. Formula M. Wt. M. p. (°C) Rf value % yield 1 C13H11NO 197 150-152 0.13 50.1 2 C13H10NOCl 231 81-83 0.39 41.2 3 C13H10NOCl 231 109-111 0.21 61.7 4 C13H10NOCl 231 182-184 0.25 26.5 5 C14H13NO 211 107-109 0.22 58.1 6 C14H13NO 211 118-120 0.10 68.3 7 C14H13NO2 227 38-40 0.23 71.2 8 C14H13NO2 227 140-142 0.12 55.4 9 C13H10N2O3 242 147-149 0.16 52.7 10 C13H10N2O3 242 146-148 0.12 22.2 11 C13H10NOBr 276 194-196 0.27 29.2 12 C18H29NO 275 52-54 0.46 43.6 13 C18H28NOCl 309 44-46 0.26 34.8 14 C18H28NOCl 309 127-129 0.33 67.3 15 C18H28NOCl 309 49-51 0.04* 23.9 16 C19H31NO 289 60-62 0.57* 32.5 17 C19H31NO 289 57-59 0.23 27.9 18 C19H31NO2 305 46-48 0.31* 53.3 19 C19H31NO2 305 50-52 0.26 40.0 20 C18H28N2O3 320 52-54 0.40 39.6 21 C18H28N2O3 320 41-43 0.11 68.8 22 C18H28NOBr 354 36-38 0.30 64.7 23 C20H33NO 303 49-51 0.34 42.2 24 C20H32NOCl 337 52-54 0.66 51.4 25 C20H32NOCl 337 44-46 0.54 93.1 26 C20H32NOCl 337 85-87 0.40 71.3 27 C21H35NO 317 59-61 0.43 31.9 28 C21H35NO 317 49-51 0.26 34.0 29 C21H35NO2 333 53-55 0.41 42.8 30 C21H35NO2 333 87-89 0.77 30.6 31 C20H32N2O3 348 57-59 0.22 32.6 32 C20H32N2O3 348 69-71 0.38 36.5 33 C20H32NOBr 382 74-76 0.50 50.8 34 C24H41NO 359 57-59 0.25** 26.4 35 C24H40NOCl 393 65-67 0.71 45.0 36 C24H40NOCl 393 50-52 0.61 51.7 37 C24H40NOCl 393 55-57 0.80 62.9 38 C25H43NO 373 44-46 0.34 72.7 ISSN 1551-7012 Page 115 ©ARKAT USA, Inc.
