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Calcium bromide is the name for compounds with the chemical formula Ca Br 2 (H 2 O) x. Individual compounds include the anhydrous material (x = 0), the hexahydrate (x = 6), and the rare dihydrate (x = 2). All are white powders that dissolve in water, and from these solutions crystallizes the hexahydrate.
Calcium oxide (formula: Ca O), commonly known as quicklime or burnt lime, is a widely used chemical compound.It is a white, caustic, alkaline, crystalline solid at room temperature.
Hydrogen bromide: Gas HBr −36.29 Cadmium: Solid Cd 0 Cadmium oxide: Solid CdO −258 Cadmium hydroxide: Solid Cd(OH) 2: −561 Cadmium sulfide: Solid CdS −162 Cadmium sulfate: Solid CdSO 4: −935 Caesium: Solid Cs 0 Caesium: Gas Cs 76.50 Caesium: Liquid Cs 2.09 Caesium(I) ion Gas Cs + 457.964 Caesium chloride: Solid CsCl −443.04 Calcium ...
Silver bromide (AgBr). Nearly all elements in the periodic table form binary bromides. The exceptions are decidedly in the minority and stem in each case from one of three causes: extreme inertness and reluctance to participate in chemical reactions (the noble gases, with the exception of xenon in the very unstable XeBr 2; extreme nuclear instability hampering chemical investigation before ...
Calcium bromate, Ca(BrO 3) 2, is a calcium salt of bromic acid. It is most commonly encountered as the monohydrate, Ca(BrO 3) 2 •H 2 O. [citation needed] It can be prepared by reacting calcium hydroxide with sodium bromate or calcium sulfate with barium bromate. Above 180 °C, calcium bromate decomposes to form calcium bromide and oxygen.
Boiling liquid oxygen. This is a list of gases at standard conditions, ... Hydrogen bromide: HBr −66.38 −86.80 81 10035-10-6 Difluorophosphine [6] PHF 2: −65
Bromates are formed many different ways in municipal drinking water. The most common is the reaction of ozone and bromide: Br − + O 3 → BrO − 3. Electrochemical processes, such as electrolysis of brine without a membrane operating to form hypochlorite, will also produce bromate when bromide ion is present in the brine solution.
Oxygen forms heteropoly acids and polyoxometalate ions with tungsten, molybdenum and some other transition metals, such as phosphotungstic acid (H 3 PW 12 O 40) and octadecamolybdophosphoric acid (H 6 P 2 Mo 18 O 62). Oxygen can form oxides with heavier noble gases xenon and radon, although this needs indirect methods.