Introduction to the study of organic chemistry : the chemistry of carbon and its compounds / by Henry E. Armstrong.

Henry Edward Armstrong

Date:: 1890

Credit: Introduction to the study of organic chemistry : the chemistry of carbon and its compounds / by Henry E. Armstrong. Source: Wellcome Collection.

366/378 (page 344)

$ACI Acid, homotartaric, 312 — hydriojic, action of, on carbon compounds, 44 — hydracrylic, 282 — hydrobenzo.c, 299 — hydrobromic, action of, on carbon compounds, 44 / hydrocarboxylic, 56 — hydrochloric, action of, on carbon compounds, 44 — hydrocinnamic, 296 — hydrocoumaric, 302 — hydrocyanic, 59 — hydroferrocyanic, 63 — hydromelliiic, 321 — hydroparacoumaric, 302 — hydrophthalic, 319 — hydroprehn tic, 321 — hydropyromellitic, 321 — hydrosorbic, 287 —- hypogmic, 288 — iodopropionic, 287 — isatropic, 306 — isoanthraflavic, 139 — isobutyric, 267 — isophthalic, 135, 320 — isoprooylacetic, 268 — isosuccinic, 310 — itaconic, 316 ■— itatartaric, 212 ■—jalapinoleic, 284 •— lactic, 280 — lactonic, 189 -— lauric, 250 — linoleic, 292 — mal-ic, 316 — malic, 311 — malonic, 280, 308 — mandelic, 234, 300 — mannitic, 185 — margaric, 269 — melissic, 250, 270 — mellilotic, 300 — mellitic, 55, 321 — mellophanic, 321 — rr.esaconic, 316 — mesidic, 117, 319 — mesitic, 117 — mesitylenic, 117, 296 — mesoxalic, 312 — metatoluic, 125, 296 ■— methacetic, 266 — methacrylic, 287, 291 — methethacetic, 268 — methylamidoacetic,265 — methylcrotonic, 287 — moringic, 288 — mucic, 185, 315 — myristic, 250, 294 — myronic, 163, 199 ACI Acid, naphthalene- sulphonic, 131, 307 — naphthalic, 138 — naphtoic, 307 -- nitric, action of, on carbon compounds, 49 — nitrobenzoic, 299 — oenanthvlic, 250 -- oleic, 288, 292 - orthocarbnnic, 273 — orthoformic, 255, 275 — orthotoluic, 126, 296 — oxalic, 55, 309 — oxyacetic, 279 — oxyadipic, 311 — oxybenzoic, 300 — /3-oxybiuyric, 257 — oxycholic, 172 — oxymethylbenzoic,300, 302 — oxynaphtoic, 307 — oxysalicvlic, 303 — oxysuberic, 311 — palmitic, 250. 269 — parabromobenzoic, 125 — paralactic, 282 — paranitrobenzoic, 125 — paroxybenzoic, 300 — paraxylic, 126, 296 — paratoluic. 125, 296 — pelargonic, 250 — pentabromobenzoic, 299 — pentadecylic, 269 — phenoUulphonic, 168 — phenoldisulphonic, 168 — pheny langelic, 306 — phenylbenzoic, 139 -— phenyllactic, 00, 302 — phenylpropiolic, 307 •— phloretic, 302 -— phthalic, 132. 319 — physetoleic, 288 — pimelic, 30* — propionic, 182, 250, 266 — prehnitic, 321 -— prot< catechuic, 303 •— propylacetic, 267 — pyromel itic, 321 -— pyromucic, 232 -— pyroracemic, 284 — pyrotartaric, 308 — p> roterebic, 287 — p\ ruvic, 283 — quinic, 176, 303 ■— racemic, 313 ■— rhodizonic, 56 — ricinoleic, 284 — roccellic, 308 — rufigallie, 304 — saccharic, 185, 191, 313 — salicylic, 300 — sarcolactic, 280 — sebacic, 308 ALC Acid, silicoacetic, 34* — silicoformic, 342 — silicopropionic, 342 — silicoxalic, 342 — sorbic, 293 — Stearic, 250. 269 I — ste.irolic, 297 | — suberic, 308 I — succinic, 308 — sulphoaceti,-. 279 — stilphobenzoic, 320 — sulphocarbonic, 59 — sulphocyanic, 69 — sulphovinic,97,152, 32° — tannic, 304 — tartaric, 312 — tartronic, 311 — tartrophthalic, 322 — terebic, 108 — terephthalic, 116, 125, 320 — terpenylic, 108 — tetrah ydi ophthalic',321 — tetroleic, 293 — tbiacetic, 264 — thioglycollic, 279 — thymotic, 300, 302 — toluic, xi6, 296 — toluenesulphonic, 125 — tricarballylic, 317 — trichlorophenomalic, 31b — triglycolamidic, 266 — trihydrocarboxylic, 56 -— trimellitic, 320 — trimesic, 320 — trimethacetic, 268 I —valerianic, 161.267 — valeric, 250, 267 — xylic, 126, 296 — xylidic, 319 Acid amides, 39, 247 Acid anhydrides, 39, 248 Acid chlorides, 39, 246 Acids, 239 — amic, 247 — etheric, 273 1 — haloid substitution- derivatives of, 246 | — ortho-, 255 | Acrolein, 162, 181, 23t j Alanine, 266 ! Alcohol allylic, 161 I — amylic, 160 ■ — benzylic, 170 '■ — buiylic, 157 : — cerylic, 161 I — cetylic. 161 — cinnamic, 171 j *— dibromopropylic, 290 I — ethylic, 152 j — isobutylic, 157 I —isopropylic, 156, 181 l — melissic, 161$