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Anonymous users2024-02-15The anions produced when an acid is ionized are acid ions.
Common acid ions are:
Carbonate CO3
2-valent, sulfate SO4
2-valent, phosphate PO4
3-valent, sulfite SO3
2 valence. Permanganate mNO4
1 valence, manganese acid mno4
2 valent, nitrate NO3
1 valence, hypochlorite clo
1-valent, chlorate clo3
1-valent, perchlorate clo4
1 valence, nitrite NO21 valence.
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Anonymous users2024-02-14CO3 carbonate, HCO3
Bicarbonate, NO2
Nitrite, NO3
Nitrate, F fluoride ion (acid group of hydrofluoric acid), ALO2 metaaluminate, SiO3
2-silicate, PO4
3-phosphate, HPO4
Monohydrogen 2-phosphate, H2PO4
Phosphate monomonocarbonis, s
2-Sulfide ion (acid group of hydrosulfate), S2O3
2-thiosulfate, SO3
2-sulfite, HSO3
Bisulfite, SO4
2-sulfate, HSO4
Bisulfate, Cl
Chloride ion (hydrochloric acid group), clo
Hypochlorite, CLO3
Chlorate, CLO4
Perchlorate. mno4
Permanganate mNO4
2-Manganate, CRO4
Chromate, CR2O7
2-dichromate, FeO4
2-ferrilicate, br
Bromide ion (hydrobromic acid), broma
Hypobromide, bro3
Bromate, BRO4
Homobromate, i
Iodine ion (hydroiodate), io3
Iodate, io4
Periodic acid.
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Anonymous users2024-02-13Acid ionsYesCarbonate CO3-2 valence, sulfate.
SO4-2 valence, sulfite SO3-2 valence, chloride CL-1 valence, chlorate CL3-1 valence, hypochlorite CL-1 valence, nitrate NO3-1 valence, carbonate chircan.
HCO3-1 valence.
Acid ions refer to anions produced when an acid is ionized.
Acid roots are generally divided into strong acid roots and weak acid roots. The former includes sulfate, hydrochloride, nitrate, etc., which are basically inorganic acids. The latter include carbonate, acetate, oxalic acid.
Roots, etc., except for carbonate, are basically organic acids.
Precautions for identification:
When using a reagent to identify multiple substances, the reagent selected must be able to react with most of the substances to be identified, and can produce different experimental phenomena. Commonly used identification reagents include FeCl3 solution, NaOH solution, Na2CO3 solution, dilute H2SO4, Cu(OH)2 suspension, etc.
The use of other reagents to identify a group of substances generally comes from two perspectives:
Using the special properties of some substances (such as color, odor, solubility, etc.), first identify, and then use the reagent to identify other substances.
The phenomenon of reacting with other substances is different from that of a reagent, and a comprehensive analysis is carried out to identify it.
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Anonymous users2024-02-12CO32-carbonate, HCO3-bicarbonate.
NO2 - nitrite, NO3 - nitrate, F - fluoride ion (hydrofluoric acid.
AlO2-metaaluminate, SiO32-silicic acid.
Root, PO4-3-phosphate, Hpo4-monohydrogen phosphate, H2Po4-dihydrogen phosphate, S2-sulfide ion (hydrosulfuric acid.
S2O3 2-thiosulfate, SO3 2-sulfite, HSO3-bisulfite, SO4 2-sulfate, HSO4-bisulfate, Cl-chloride ion (hydrochloric acid.
Clo-hypochlorite, clo3-chlorate, clo4-perchlorate.
MnO4-permanganate, MnO42-manganate, CRO4-chromate, CR2O7-2-dichromate, FeO4-2-ferrochromate, BR-bromide ion (hydrobromic acid.
Acid radical), Bro-Hypobromate, Bro3-Bromate, Bro4-Homobromate, I-Iodide (Hydroiodic Acid Deficiency), Io3-Iodate, Io4-Periodic Acid.
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Anonymous users2024-02-11CO3 2-carbonate, HCO3-bicarbonate, <> NO2-nitrite, NO3-nitrate, F-fluoride ion (hydrofluoric acid), ALO2-metaaluminate, SiO3 2-silicate, PO4 3-phosphate, HPO4 monohydrogen phosphate, H2PO4-dihydrogen phosphate, S2-sulfide ion (hydrosulfate acid), S2O3 2-thiosulfate, SO3 2-sulfite, HSO3-bisulfite, SO4 2-sulfate, HSO4 - Bisulfate, <>
Cl-chloride ion (hydrochloric acid acid), ClO-subpremature chlorate, ClO3-chlorate, ClO4-perchlorate.
MnO4-permanganate, MnO4 2-manganate, CRO4-chromate, CR2O7 2-dichromate, FeO4-2-ferrate, BR-bromide ion (hydrobromide root bark), BR-hypobromide flame front, BRO3-bromate, BR4-perbromate, I-iodide ion (hydroiodate), IO3-iodate, IO4-periodicate.
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Anonymous users2024-02-10Question 1: What does acid ion mean? For example, the anions produced when acid ions are ionized are acid ions, which are acid ions.
Acid radicals are generally divided into strong acid and weak acid roots.
The former includes sulfate, hydrochloric acid and nitrate, etc., which are basically inorganic acids, and the latter includes carbonate, acetic acid and oxalic acid, etc
Carbonate CO3-2 valence, sulfate SO4-2 valence, phosphate PO4-3 valence, isoform let sulfate SO3-2 valence.
Permanganate Mono4-1 valence, Manganate Mono4-2 valence, Nitrate Mono3-1 valence, Hypochlorite Clo-1 valence, Chlorate Clo3-1 valence, Perchlorate Clo4-1 valence, Chlorite Neo2-1 valence, Nitrite Neo2-1 valence, Selenate Seo4-2 Valence.
Sulfur ions. Constant -2 valence.
Chloride ions often show -1 valence.
Chromate CRO4-2
Dichromate cr2O7-2
Hydrocyanide CN-1
Oxalate C2O4-2
FeO2-2 ferrate
FeO4-2 ferratinate
Selenate SEO4-2
Aloate alo3-3
Metaaluminate alo2-1
Common in junior high school: carbonate CO3 -2 valence, sulfate SO4 -2 valence, hypochlorite CLO -1 valence, nitrate NO3 -1 valence, must be back! Question 2: What does acid ion mean? For example, the anions produced when acid ions are ionized are acid ions, which are acid ions.
Acid radicals are generally divided into strong acid and weak acid roots.
The former includes sulfate, hydrochloric acid and nitrate, etc., which are basically inorganic acids, and the latter includes carbonate, acetic acid and oxalic acid, etc
Carbonate CO3-2 valence, sulfate SO4-2 valence, phosphate PO4-3 valence, sulfite SO3-2 valence.
Permanganate Mono4-1 valence, Manganate MnO4-2 valence, Nitrate Mono3-1 valence, Hypochlorite Clo-1 valence, Chlorate Clo3-1 valence, Perchlorate Clo4-1 valence, Chlorite Clo2-1 Valence, Nitrite Neo2-1 Valence, Selenate SEO4-2 Valence.
Sulfur ions. Constant -2 valence.
Chloride ions often show -1 valence.
Chromate CRO4-2
Dichromate cr2O7-2
Hydrocyanide CN-1
Oxalate C2O4-2
FeO2-2 ferrate
FeO4-2 ferratinate
Selenate SEO4-2
Aloate alo3-3
Metaaluminate alo2-1
Common in junior high school: carbonate CO3 -2 valence, sulfate SO4 -2 valence, Cibu Li Bureau chlorate CL -1 valence, nitrate NO3 -1 valence, must be back! )
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Anonymous users2024-02-09Anions produced when an acid is ionized.
Acid radicals are generally divided into strong acid and weak acid roots. The former includes sulfate, hydrochloride, nitrate, etc., which are basically inorganic acids. The latter includes carbonate, acetate, oxalate bark, etc., except that carbonate is basically an organic acid. Sock racket.
Note: Use the special properties of some substances such as color, odor, solubility, etc., to identify them first, and then use the reagent to identify other substances.
The phenomenon of reacting with other substances is different, and the combustion difference is identified by comprehensive analysis.
Junior high school = = junior high school what theory is not credible... >>>More
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Acidification with hydrochloric acid (no precipitation means no silver ions, no gas release means no sulfite and carbonate), and then add BaCl2 solution, if there is precipitation, it proves that there is sulfate.
Add BaCl2 to the solution, if there is a precipitate, it means that there are sulfate ions or carbonate ions in the original solution (because barium ions will form a precipitate when they encounter these two ions), and then add hydrochloric acid, if there is no change, it means that there are sulfate ions in the original solution, and if bubbles occur, it means that it is carbonate ions.