The new chemistry / by Josiah P. Cooke, Jr.

  • Josiah P. Cooke
Date:
1876
Catalogue details

Licence: Public Domain Mark

Credit: The new chemistry / by Josiah P. Cooke, Jr. Source: Wellcome Collection.

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    with polarized light, 57-62; Pha- raoh's serpent, 108 ; potassic hy- drate and nitric acid, 258 ; potas- sium and water, 257; preparation of uitrous oxide, 181; preparation of oxygen gas, 177; products of combustion weigh more than the candle, 210 ; slaking of lime, 161; sodic carbonate and cream-of-tar- tar, 146; sodic carbonate and mu- riatic acid, 141; sodic silicate and muriatic acid, 289 ; sodium and carbonic dioxide, 153; sodium and water, 250; sulphur burnt in nitrous oxide, 183 ; sulphuric acid and zinc, 263; sulphuric acid and zinc oxide, 264; synthesis of formic acid, 279; variations of quantivalence, 246; weight of carbonic dioxide, 142. Feldspar, 291. Ferric chloride, 308. Filtering, 161. Flame, 196; how colored, 199, 253, 257; light of, 207; of wood and coal, 209. Formic acid, 279, 283. French system of weights and meas- ures, 67. Fuel, constituents of, 206; energy of, 211; products harmless, 211. Garnet, 291. Gas, cause of its tension, 43; charac- teristics of a, 38. Gas illuminating, 207. Gas-volumes, how represented, 186. Gay-Lussac's law, 65. Gibbsite, 290. Glass not absolutely homogeneous, 21; size of molecules, 28. Glyceric acid, 317. Glycerine, 221, 317. Gold, variations of quantivalence, 247. Graebe, synthesis of alizarine, 325. Gramme, 67. Graphic symbol, 251; acetone, 314; acetic ether, 303; acetyl, 303; alizarine, 324; aluminic oxide, 308; araidogen, 313; ammonia alum, 290; ammonia gas, 244; ammonia chloride, 244; ammoni- um, 269; andalusite, 290; aniline, 321; anthracene, 324; beauxite, 290; benzol, 320; butyric acid, 304 ; calcic hydrate, 249 ; calcic sulphate, 250; carbon radicals, 309-313 ; corundum, 290 ; chry.^o- beryl, 290; chrysolite, 289; cu- prous oxide, 308; cyanogen, 269; dia^pore, 290; ethyl, 269, 303; feldspar, 291; ferric chloride, 308; formic acid, 280; fluorides of manganese, 245; garnet, 291; gibbsite, 290; glyceric acid, 317; glycerine, 317; hydrochloric acid, 278; hydroxyl, 313; hypoclilo- rous acid, 278 ; chlorides of iron, 246; lactic acid, 317; methy], 269 ; mercurous chloride, 308; naphthaline, 323 ; nitric acid, 274 ; nitro - benzol, 320; nitro - toluol, 320; nitro-glycerine, 318 ; nitryl, 313; phenol, 323; phosphorous chloride, 244; triplumbic hydrate, 249; potassic aluminic sulphate, 250; potassic hydrate, 273 ; pro- pionic acid, 316; propylic alde- hyde, 314; propylic glycol, 317; propyUc hydride, 313; pyruvic acid, 316; quinone, 323; rosani- line, 321; silicic hydrates, 288; tartronic acid, 317; toluidine, 321; toluol, 320; valeric acid, 306; woUastonite, 289. Gunpowder, 217; energy exerted, 220; products of combustion, 219. Hare's compound blow-pipe, 100. Heat, nature of, 44-49; developed by burning, 192; whenever atoms unite, 188. Hexatomic hydrates, 290. Hofniann's method for vapor den- sity, 80. Homologues, 306; series of, 283, 314, 315. Hydrates, nomenclature of, 173; alkaline and acid, 266 ; atomicity of, 284; definition of, 266, 284; instability of, when complex, 287; yield water when heated, 287. Hydrides of methyl, ethyl, propyl, etc., 314. Hydrochloric acid, 278; action on
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