What is the name of the acid that has the formula HNO3?
1.) hydrocyanic acid
2.) sulfurous acid
3.) hydrofluoric acid
4.) phosphorous acid
5.) perchloric acid
6.) nitric acid
7.) hydrobromic acid
8.) chloric acid
9.) sulfuric acid
10.) hydroiodic acid
What is the name of the acid that has the formula HNO3?
1.) hydrocyanic acid
2.) sulfurous acid
3.) hydrofluoric acid
4.) phosphorous acid
5.) perchloric acid
6.) nitric acid
7.) hydrobromic acid
8.) chloric acid
9.) sulfuric acid
10.) hydroiodic acid
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Related questions
Calculate the pH of a 0.4310 M aqueous solution of sodium dihydrogen phosphate, NaH2PO4.
Use the Tables link on the toolbar for any equilibrium constants that are required
Acid/Base Ionization Constants at 25 oC | ||||
---|---|---|---|---|
Acid | Formula | Ka1 | Ka2 | Ka3 |
Acetic acid | CH3COOH | 1.8 Ã 10-5 | ||
Acetylsalicylic acid (aspirin) | HC9H7O4 | 3.0 Ã 10-4 | ||
Aluminum ion | Al(H2O)43+ | 1.2 Ã 10-5 | ||
Arsenic acid | H3AsO4 | 2.5 Ã 10-4 | 5.6 Ã 10-8 | 3.0 Ã 10-13 |
Ascorbic acid | H2C6H6O6 | 7.9 Ã 10-5 | 1.6 Ã 10-12 | |
Benzoic acid | C6H5COOH | 6.3 Ã 10-5 | ||
Carbonic acid | H2CO3 | 4.2 Ã 10-7 | 4.8 Ã 10-11 | |
Ferric ion | Fe(H2O)63+ | 4.0 Ã 10-3 | ||
Formic acid | HCOOH | 1.8 Ã 10-4 | ||
Hydrocyanic acid | HCN | 4.0 Ã 10-10 | ||
Hydrofluoric acid | HF | 7.2 Ã 10-4 | ||
Hydrogen peroxide | H2O2 | 2.4 Ã 10-12 | ||
Hydrosulfuric acid | H2S | 1.0 Ã 10-7 | 1.0 Ã 10-19 | |
Hypochlorous acid | HClO | 3.5 Ã 10-8 | ||
Nitrous acid | HNO2 | 4.5 Ã 10-4 | ||
Oxalic acid | H2C2O4 | 5.9 Ã 10-2 | 6.4 Ã 10-5 | |
Phenol | C6H5OH | 1.0 Ã 10-10 | ||
Phosphoric acid | H3PO4 | 7.5 Ã 10-3 | 6.2 Ã 10-8 | 3.6 Ã 10-13 |
Sulfuric acid | H2SO4 | very large | 1.2 Ã 10-2 | |
Sulfurous acid | H2SO3 | 1.7 Ã 10-2 | 6.4 Ã 10-8 | |
Zinc ion | Zn(H2O)42+ | 2.5 Ã 10-10 |
Base | Formula | Kb | ||
---|---|---|---|---|
Ammonia | NH3 | 1.8 Ã 10-5 | ||
Aniline | C6H5NH2 | 7.4 Ã 10-10 | ||
Caffeine | C8H10N4O2 | 4.1 Ã 10-4 | ||
Codeine | C18H21O3N | 8.9 Ã 10-7 | ||
Diethylamine | (C2H5)2NH | 6.9 Ã 10-4 | ||
Dimethylamine | (CH3)2NH | 5.9 Ã 10-4 | ||
Ethylamine | C2H5NH2 | 4.3 Ã 10-4 | ||
Hydroxylamine | NH2OH | 9.1 Ã 10-9 | ||
Isoquinoline | C9H7N | 2.5 Ã 10-9 | ||
Methylamine | CH3NH2 | 4.2 Ã 10-4 | ||
Morphine | C17H19O3N | 7.4 Ã 10-7 | ||
Piperidine | C5H11N | 1.3 Ã 10-3 | ||
Pyridine | C5H5N | 1.5 Ã 10-9 | ||
Quinoline | C9H7N | 6.3 Ã 10-10 | ||
Triethanolamine | C6H15O3N | 5.8 Ã 10-7 | ||
Triethylamine | (C2H5)3N | 5.2 Ã 10-4 | ||
Trimethylamine | (CH3)3N | 6.3 Ã 10-5 | ||
Urea | N2H4CO | 1.5 Ã 10-14 |
Given the following information:
hydrocyanic acid | HCN | Ka = 4.0Ã10-10 |
hydrofluoric acid | HF | Ka = 7.2Ã10-4 |
(1) Write the net ionic equation for the reaction that occurs when equal volumes of 0.262 M aqueous hydrocyanic acid and sodium fluoride are mixed. It is not necessary to include states such as (aq) or (s).
(2) At equilibrium will the products or the reactants be favored?
(3) Will the pH of the solution be less than, more than, or equal to 7