 | 1836 - 1042 pages
...decomposition, the first requiring the lowest intensity of current. Iodide of potassium (solution). Chloride of silver (fused). Protochloride of tin (fused). Chloride of lead (fused). Iodide of lead (fused). Muriatic acid (solution). Water acidulated with sulphuric acid. 4. " The electricity of the... | |
 | Meteorology - 1836 - 950 pages
...decomposition, the first requiring the lowest intensity of current. Iodide of potassium (solution). Chloride of silver (fused). Protochloride of tin (fused). Chloride of lead (fused). Iodide of lead (fused). Muriatic acid (eolation). Water acidulated with sulphuric acid. 4. "The electricity of the... | |
 | Edward Turner - 1837 - 436 pages
...easy decomposition in the annexed substances is as follows : — Solution of iodide of potassium ; fused chloride of silver ; fused protochloride of...tin ; fused chloride of lead ; fused iodide of lead ; solution of hydrochloric acid ; and water acidulated with sulphuric acid. By extending tables of... | |
 | John Frederic Daniell - Chemistry - 1839 - 606 pages
...are first being decomposed by the current of lowest intensity : — Iodide of Potassium (solution), Chloride of Silver (fused), Proto-chloride of Tin (fused), Chloride of Lead (fused), Iodide of Lead (fused), Muriatic Acid (solution), "Water, acidulated with sulphuric acid. § 773. As different bodies... | |
 | Thomas Thomson - Electricity - 1840 - 614 pages
...19.75 4 Morphina 35.5 9 Protoxides 12 Vegetable alkalies. Iodide of potassium, (solution) Ch»p. XV. Chloride of silver, (fused) Protochloride of tin, (fused) Chloride of lead, (fused) Iodide of lead, (fused) Muriatic acid, (solution) Water acidulated with sulphuric acid. It is well known, that when... | |
 | Leopold Gmelin - Chemistry - 1848 - 580 pages
...the quantity of liquid decomposed in a given time. If, however, by increasing the number of pairs, or otherwise, the tension has been raised to such...having a greater affinity for chlorine than for iodine. (Fnraday.) If the cells a and b (Âpp. 30) contain dilute sulphuric acid of J -25 sp gr.,— o, p,... | |
 | Leopold Gmelin - Chemistry - 1848 - 568 pages
...decomposed in a given time. If, however, by increasing the number of pairs, or otherwise, the tension Las been raised to such a degree, that all the electricity...arises from the platinum electrode having a greater afliuity for chlorine than for iodine. (Fnraday.) If the cells a and b (App. 30) contain dilute sulphuric... | |
 | Michael Faraday - Electricity - 1839 - 634 pages
...pair of plates, and may be considered as elementary voltaic forces. Iodide of potassium (solution). Chloride of silver (fused). Protochloride of tin (fused). Chloride of lead (fused). Iodide of lead (fused). Muriatic acid (solution). Water, acidulated with sulphuric acid. 913. It is essential that,... | |
 | Leopold Gmelin - 1861 - 608 pages
...the quantity of liquid decomposed in a given time. If, however, by increasing the number of pairs, or otherwise, the tension has been raised to such...a and b (App. 30) contain dilute sulphuric acid of 1-25 sp. gr., — o, p, and i being platinum, g amalgamated zinc, and ha platinum plate, on which is... | |
 | Henry Watts - 1864 - 1002 pages
...the liquid from a given source, and the greater the quantity of liquid decomposed in a given time. Aqueous solution of iodide of potassium may be decomposed...greater affinity for chlorine than for iodine. (Faraday, see page 417.) Thermo-electric currents, weak both in quantity and intensity, decompose nitrate of... | |
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... galvanometer shows the same deflection whether the circuit be closed by a metallic conductor or by a liquid — a further rise of intensity does not accelerate the decomposition.] Aqueous solution of iodide of potassium may be decomposed by a current... 
