Chemical Nomenclature of Berzelus. pret 
Susosmnious oxide. 
Gsmic oxide. 
Susosmic oxide. 
Osmic acid, (Biosmic oxide.) Oxide of osmium. 
Palladious oxide.(20) Oxide of palladium. 
Palladic oxide. 
Argentic oxide. Oxide of silver. 
Argentic superoxide.(21) : 
Mercurious oxide. Protoxide of mercury. 
Mercuric oxide. Peroxide of mercury. 
Cuprous oxide.(22) Protoxide of copper. 
Cupric oxide. . Peroxide of copper. 
Cupric superoxide. 
Uranious oxide. Protoxide of uranium. 
Uranic oxide. , Peroxide of uranium. 
Bismuthic oxide. Oxide of bismuth. 
Stannous oxide.(23) Protoxide of tin. 
Stannic oxide. Peroxide of tin. 
Plumbic suboxide. 
Plumbic oxide. Protoxide of lead. 
Plumbous superoxide. Deutoxide of lead. 
Plumbic superoxide. Peroxide of lead. 
Cadmic oxide. Oxide of cadmium. 
Ziucic suboxide. 
Zincic oxide. . Oxide of zinc. 
Zincie superoxide.(24) 
Niccolic oxide. sg Protoxide of nickel. 
Niccolous superoxide. Peroxide of nickel. 
Niccolic superoxide.(25) 
(20) The oxygen in these oxides is as 1 to 2: the first is the well known oxide of 
palladium.— Trans. 
(21) Obtained by Ritter, by the aid of galvanism. The oxide of silver, containing 
less oxygen than the argentic oxide, is not admitted by Berzelius.—7Zyans. 
(22) The first two oxides of copper agree with the statement adopted by Turner: 
the cupric peroxide of Berzelius was obtained by Thenard, by the use of the deut- 
oxide of hydrogen, and was found to contain twice as much oxygen as the cupric 
oxide.— Trans. 
(23) Suboxide, gray oxide of tin, obtained by the exposure of tin to the air: its 
composition is not known.— Trans. 
(24) Omitted in the original table; obtained by Thenard, by the action of the 
deutoxide of hydrogen.— Trans. 
(25) Its existence rendered probable by Thenard ; obtained by the action of the 
deutoxide of hydrogen upon the hydrated oxide.— Trans. 
