The Chemical News and Journal of Physical Science, Volumes 25-26Griffin, Bohn and Company, 1872 |
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Page 137
... become " opaque white , " and the " hydrate " will not adhere to the bottom of the flask ; but , as fast as it forms , it will rise to the surface of the liquid . In the meantime , the quantity of seven - atom salt will go on constantly ...
... become " opaque white , " and the " hydrate " will not adhere to the bottom of the flask ; but , as fast as it forms , it will rise to the surface of the liquid . In the meantime , the quantity of seven - atom salt will go on constantly ...
Page 169
... becomes impreg- nated , the monads , which have a diameter of about of the monads become elongated into vibrios , which , though attached to the mass , have an independent motion ; so that as the force exerted by the vibrios ...
... becomes impreg- nated , the monads , which have a diameter of about of the monads become elongated into vibrios , which , though attached to the mass , have an independent motion ; so that as the force exerted by the vibrios ...
Page 32
... become dis- coloured by contact with the oxygen of the air and the small amount of ammonia which the atmosphere con- tains . It is only slightly soluble in cold water , but much more so in hot . It is very soluble in alcohol , ether ...
... become dis- coloured by contact with the oxygen of the air and the small amount of ammonia which the atmosphere con- tains . It is only slightly soluble in cold water , but much more so in hot . It is very soluble in alcohol , ether ...
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Common terms and phrases
acetic acid acetic ether action alcohol alizarine alkali alumina amalgam ammonia amount analysis apparatus appears arsenic atomic weight baryta bismuth body boiling bromine carbonic acid cent charcoal CHEMICAL chemists chloric acid chloride codeia colour compound copper crystallisation crystals decomposed decomposition dilute dissolved distilled ether ethyl evaporation experiments Extract ferric filtered flask fluid following original papers formed formula give heat hydrate hydrochloric acid hydrogen insoluble iodide iodine iron isomeric Laboratory lime liquid manufacture matter mercury metal method mineral mixture molecules nitrate nitric acid nitrogen number contains observed obtained ordinary oxide oxidised oxygen papers and memoirs phosphate phosphoric acid phosphorus portion potash potassa potassium precipitate prepared present produced pure quantity reaction relating to chemistry researches Royal salt silicate silver Society soda sodium soluble solution substance sugar sulphate sulphide sulphuric acid temperature tion treated tube vapour yields zinc