Iodine iii chloride Stock Photos and Images
ICl3 iodine(III) chloride CAS 865-44-1 chemical substance in white plastic laboratory packaging Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/icl3-iodineiii-chloride-cas-865-44-1-chemical-substance-in-white-plastic-laboratory-packaging-image542667023.htmlRF2PETH93–ICl3 iodine(III) chloride CAS 865-44-1 chemical substance in white plastic laboratory packaging
A manual of photographic chemistry : including the practice of the collodion process . orine or Iodine, by whieh elements the Oxygen isreplaced in these Hydraeid Salts. The explanation of this apparent difficulty is as follows:When a Chloride or Iodide of a noble metal is reduced by adeveloper, an atom of water may be supposed to take a partin the reaction. This atom of water consists of Oxygen andHydrogen ; the former of which elements passes to the deve- 32 ON THE DEVELOPMENT OF loper, tlie latter to the Chlorine or Iodine, as the case maybe. By a reference to Part III. it will be seen that Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-manual-of-photographic-chemistry-including-the-practice-of-the-collodion-process-orine-or-iodine-by-whieh-elements-the-oxygen-isreplaced-in-these-hydraeid-salts-the-explanation-of-this-apparent-difficulty-is-as-followswhen-a-chloride-or-iodide-of-a-noble-metal-is-reduced-by-adeveloper-an-atom-of-water-may-be-supposed-to-take-a-partin-the-reaction-this-atom-of-water-consists-of-oxygen-andhydrogen-the-former-of-which-elements-passes-to-the-deve-32-on-the-development-of-loper-tlie-latter-to-the-chlorine-or-iodine-as-the-case-maybe-by-a-reference-to-part-iii-it-will-be-seen-that-image339344530.htmlRM2AM2DBE–A manual of photographic chemistry : including the practice of the collodion process . orine or Iodine, by whieh elements the Oxygen isreplaced in these Hydraeid Salts. The explanation of this apparent difficulty is as follows:When a Chloride or Iodide of a noble metal is reduced by adeveloper, an atom of water may be supposed to take a partin the reaction. This atom of water consists of Oxygen andHydrogen ; the former of which elements passes to the deve- 32 ON THE DEVELOPMENT OF loper, tlie latter to the Chlorine or Iodine, as the case maybe. By a reference to Part III. it will be seen that
. Carnegie Institution of Washington publication. A REVISION OF THE ATOMIC WEIGHT OF IODINE. lOI bromine in the iodine, for silver chloride or bromide, on account of their greater solubility, would have produced much more marked precipitates. The specific gravity of soUd iodine is assumed to be 4.933,^ hence a vacuum correction of +0.000099 is applied to every apparent gram of iodine, as well as one of —0.000031 to every apparent gram of silver. RESULTS. The Atomic Weight of Iodine. Series III. Ag: I. No. of analysis. Weight of silver in vacuum. Weight of iodine in vacuum. Ratio. Ag:I. Atomic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/carnegie-institution-of-washington-publication-a-revision-of-the-atomic-weight-of-iodine-loi-bromine-in-the-iodine-for-silver-chloride-or-bromide-on-account-of-their-greater-solubility-would-have-produced-much-more-marked-precipitates-the-specific-gravity-of-soud-iodine-is-assumed-to-be-4933-hence-a-vacuum-correction-of-0000099-is-applied-to-every-apparent-gram-of-iodine-as-well-as-one-of-0000031-to-every-apparent-gram-of-silver-results-the-atomic-weight-of-iodine-series-iii-ag-i-no-of-analysis-weight-of-silver-in-vacuum-weight-of-iodine-in-vacuum-ratio-agi-atomic-image233481956.htmlRMRFT0H8–. Carnegie Institution of Washington publication. A REVISION OF THE ATOMIC WEIGHT OF IODINE. lOI bromine in the iodine, for silver chloride or bromide, on account of their greater solubility, would have produced much more marked precipitates. The specific gravity of soUd iodine is assumed to be 4.933,^ hence a vacuum correction of +0.000099 is applied to every apparent gram of iodine, as well as one of —0.000031 to every apparent gram of silver. RESULTS. The Atomic Weight of Iodine. Series III. Ag: I. No. of analysis. Weight of silver in vacuum. Weight of iodine in vacuum. Ratio. Ag:I. Atomic
