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Sulfuric acid chemical formula

Chemical Designations - Synonyms Fuming sulfuric acid Chemical Formula SO3-H2SO4. Observable Characteristics - Physical State (as shipped) Liquid Color. Colorless to cloudy Odor Sharp penetrating choking. [Pg.303]

The subscript after potassium in the chemical formula for potassium sulfate shows that two potassium ions are needed. Potassium sulfate is a salt. When the two equations are put together (as they would occur when the acid and base are mixed together), they represent the double displacement neutralization reaction that occurs between sulfuric acid and potassium hydroxide ... [Pg.47]

Sulfuric acid, on the other hand, is made up of the polyatomic sulfate ion, which has a charge of -2. Because it has a charge of -2, a sulfate ion requires two hydrogen ions (each of which have a charge of+1) to make it stable. Therefore, sulfuric acid is made up of two hydrogen ions and one sulfate ion, and its chemical formula is H2S04. The subscript number two after the symbol for hydrogen... [Pg.51]

CASRN 66215-27-8 molecular formula CeHioNe FW 166.19 Chemical/Physical. Cyromazine will react with mineral acids (e.g., hydrochloric acid, sulfuric acid) forming water-soluble salts. [Pg.1567]

Sulfur dioxide is a colorless gas with a sharp, pungent odor, like that of a burning match. Most people are able to detect this highly characteristic odor at concentrations of about 0.5 ppm or greater. Its chemical formula is SO2. Sulfur dioxide is readily soluble in water, forming the weak acid sulfurous acid (H2SO3). Sulfur dioxide is formed when sulfur or a sulfur-containing compound is burned ... [Pg.33]

The most popular tanning solution in current use is termed 33% basic chromium(III) sulfate and corresponds to the empirical formula CrOHSCV In older procedures, chromate was often reduced at the plant using glucose/sulfuric acid mixtures. At present, 33% basic chromium sulfate is provided as either a solution (chrome liquor) or as a commercially available powder,120 of constant, but at present slightly uncertain, chemical composition. [Pg.907]

You need not know the name of the molecule that forms upon the reaction of water and sulfur dioxide. You should, however, be able to deduce its structure and chemical formula, H,S03. FYI, the name of this molecule is sulfurous acid. [Pg.695]

THTOPHENE. [CAS 110-02-1]. (CH C.H)2)S, formula weight 84.H, colorless liquid resembling benzene in odor, mp —30°C, bp 84°C. sp gr 1,070. Thiophene and its derivatives closely resemble benzene and its derivatives in physical ancl chemical properties. Thiophene is present in coal tar and is recovered in the benzene distillation fraction (up to about 0.5% of the benzene present). Its removal from benzene is accomplished by mixing with concentrated sulfuric acid, soluble thiophene sulfonic acid being formed. Thiophene gives a characteristic blue coloration with isatin in concentrated sulfuric add. [Pg.1614]

A typical procedure for etching glass involves covering the glass surface with a mask—a protective coating. The mask is then removed from the areas that are to be etched, and a paste made of fluorite and sulfuric acid is placed on the surface. From standard reference sources, determine the chemical formula of fluorite and describe the chemical reactions that take place to achieve the etching. [Pg.845]

Cyclonite is a white crystalline solid, m.p. 202°. It is insoluble in water, alcohol, ether, ethyl acetate, petroleum ether, and carbon tetrachloride, very slightly soluble in hot benzene, and soluble 1 part in about 135 parts of boiling xylene. It is readily soluble in hot aniline, phenol, ethyl benzoate, and nitrobenzene, from all of which it crystallizes in needles. It is moderately soluble in hot acetone, about 1 part in 8, and is conveniently recrystallized from this solvent from which it is deposited in beautiful, transparent, sparkling prisms. It dissolves very slowly in cold concentrated sulfuric acid, and the solution decomposes on standing. It dissolves readily in warm nitric acid (1.42 or stronger) and separates only partially again when the liquid is cooled. The chemical reactions of cyclonite indicate that the cyclotrimethylenetri-nitramine formula which Herz suggested for it is probably correct. [Pg.398]

In the double displacement reaction above, dissolved sodium cyanide (NaCN) and sulfuric acid (H2S04) react to form sodium sulfate (Na2S04) and an extremely poisonous gas called hydrogen cyanide (HCN). The (aq) means these substances are an aqueous solution. An aqueous solution is made by dissolving chemicals in water. In this reaction, the sodium cyanide, sulfuric acid, and sodium sulfate are all dissolved in water. The (g) that follows the formula for hydrogen cyanide indicates that this chemical is a gas. The hydrogen cyanide will bubble out of the solution, leaving behind the sodium sulfate that is still dissolved in the water. [Pg.42]

From the chemical equation for the reaction and using the relative formula masses together with the molar volume of a gas it is possible to predict the amounts of magnesium sulfate and hydrogen that arc produced when 24gof magnesium is reacted with excess sulfuric acid. [Pg.45]

Correct chemical term for what is commonly but erroneously called nitrocellulose. The product formed by action of a mixture of nitric and sulfuric acids on cellulose is an ester and not a nitro compound, having the empirical formula [CeH702(0N02)aix. [Pg.43]

Few chemical reactions of lactone-carbonylcobalt complexes have been reported. Hydrogenation 24) of butenolactone-heptacarbonyldi-cobalt, Co2(CO)g(HC2H), gives y-butyrolactone, butyric acid, and dodecacarbonyltetracobalt. Treatment of the same lactone complex with sulfuric acid in warm acetone 50, 125) gives a cobalt cluster compound of formula Co3(CO)gCCH=CHCOOH. The use of methyl alcohol in place of acetone in the latter reaction yields Cog(CO)gCCH=CHCOOMe. [Pg.342]

Military nerve agents are organophosphate compounds containing either a fluorine, sulfur, or cyanide substituent group (Dacre, 1984). VX contains a sulfur substituent group (for comparison GB contains fluorine and GA contains a cyanide group). The chemical synonyms. Chemical Abstract Service (CAS), Army identification numbers (DA, 1974,1992 Dacre, 1984), and chemical formula for VX are as follows Phosphonothioic acid, methyl-, S-[2-[fcA(l-methylethylamino)ethyl] 0-ethyl ester ... [Pg.221]

Nitrous acid with the chemical formula 11N()> is unstable, and therefore usually a mixture of NaNO and so dilute hydrochloric acid or sulfuric acid is used to produce nitrous acid indirectly. Primary ahphatic amines with nitrous acid give very imstable diazonium salts which spontaneously decompose by losing N2 to form a carbonium ion. The carbonium ion goes on to produce a mixture of alkenes, alkanols or alkyl halides, with alkanols as the major product. This reaction is of Ittle synthetic importance because the diazonium salt formed is too unstable, even under quite cold conditions. [Pg.173]

Relation to Sulfurous Acid.—Sulfurous acid is an antiseptic, mild or strong, according to the quantities used. The fumes of burning sulfur are used in various ways and for various purposes in wine-making. The active principle of these fumes is sulfurous acid gas of which the chemical formula S02 shows that it is composed of one. atom of sulfur combined with two atoms of... [Pg.61]

Oxyacids (often called oxoacids) are molecular substances that have the general formula H XbOc. In other words, they contain hydrogen, oxygen, and one other element represented by X the a, b, and c represent subscripts. The most common oxyacids in the chemical laboratory are nitric acid, HNO3, and sulfuric acid, H2SO4. [Pg.162]

Write the chemical formulas that correspond to the names (a) hydrohromic acid and (b) sulfuric acid. [Pg.170]


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