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Examples of the the word, acid , in a Sentence Context

The word ( acid ), is the 2655 most frequently used in English word vocabulary

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  1. Acid. Examples in organic acid s include formic acid (COOL),acetic, acid ,(CH3COOH) and benzoic acid (C6H5COOH). Polyprotic acid s
  2. Attributed the properties of acid ity to hydrogen in 1884. An Arrhenius, acid ,is a substance that increases the concentration of the hydronium ion,H3O+
  3. Bond decreases, meaning that it is more easily broken, and the strength of the, acid ,increases. Bond strength is a measure of how much energy it takes to break a
  4. Bases like sodium carbonate. Aqueous acid s have a pH of less than 7,where an, acid ,of lower pH is typically stronger, and turn blue litmus paper red. Chemicals or
  5. That acid -base reactions involve the transfer of a proton. A Brønsted-Lowry, acid ,(or simply Brønsted acid ) is a species that donates a proton to a
  6. Ion, usually just called phosphate. An organic example of a Tripoli, acid ,is citric acid , which can successively lose three protons to finally form the
  7. Represent a switch on the computer in either an 'on' or 'off' position. An, acid ,(from the Latin acid s/acre meaning sour) is a substance which reacts with a
  8. For organic acid s the term mainly indicates the presence of one carboxylic, acid ,group and sometimes these acid s are known as monocarboxylic acid . Examples in
  9. Donate) and Tripoli acid (three potential protons to donate). A diuretic, acid ,(here symbolized by H2A) can undergo one or two dissociation depending on
  10. Of such a reaction.: The PKA for ethanol is 16,compared to 4.76 for acetic, acid , Atomic radius and bond strength Another factor that contributes to the ability
  11. H2O (l) H3O+ (a) + A3− (a) Ka3 An inorganic example of a Tripoli, acid ,is orthophosphoric acid (H3PO4),usually just called phosphoric acid . All
  12. Acidity when sharing a bond to hydrogen. Hydrogen sulfide,H2S,is a stronger, acid ,than water, even though oxygen is more electronegative than sulfur. Just as
  13. Oxidized to an aldehyde, and finally to a carboxylic acid . The resulting fatty, acid ,could be metabolized through the fatty acid degradation pathway. Hazards
  14. Yields a product which is essentially non- acid ic. The reduction of acetic, acid ,to ethanol using LiAlH4 (lithium aluminum hydride or LAH) and ether is an
  15. Makes sulfuric a strong acid . Similarly, the weak unstable carbonic, acid ,(H2CO3) can lose one proton to form bicarbonate anion (HCO3−) and lose a
  16. Strength. The large Ka1 for the first dissociation makes sulfuric a strong, acid , Similarly, the weak unstable carbonic acid (H2CO3) can lose one
  17. Names, such as diuretic acid (two potential protons to donate) and Tripoli, acid ,(three potential protons to donate). A diuretic acid (here symbolized by H2A
  18. Acids include formic acid (COOL),acetic acid (CH3COOH) and Cenozoic, acid ,(C6H5COOH). Polyprotic acid s, also known as polybasic acid s
  19. Radius and bond strength Another factor that contributes to the ability of an, acid ,to lose a proton is the strength of the bond between the acid ic hydrogen and
  20. Turn blue litmus paper red. Chemicals or substances having the property of an, acid ,are said to be acid ic. Common examples of acid s include acetic acid (in
  21. Acid is orthophosphoric acid (H3PO4),usually just called phosphoric, acid , All three protons can be successively lost to yield H2PO4−,then HPO42-, and
  22. That could be next oxidized to an aldehyde, and finally to a carboxylic, acid , The resulting fatty acid could be metabolized through the fatty acid
  23. Key Common examples of monoprotic acid s in mineral acid s include hydrochloric, acid ,(HCl) and nitric acid (HNO3). On the other hand, for organic acid s the term
  24. Carbon and 14 hydrogen These names were derived from methanol, ether,prop ionic, acid ,and butyric acid , respectively. Alkanes with five or more carbon atoms are
  25. Alpha),for each species can be calculated. For example, a generic diuretic, acid ,will generate 3 species in solution: H2A,HA-, and A2-. The fractional
  26. This, in turn, is dependent on the size of the atoms sharing the bond. For an, acid ,HA, as the size of atom A increase, the strength of the bond decreases
  27. Are known as monocarboxylic acid . Examples in organic acid s include formic, acid ,(COOL),acetic acid (CH3COOH) and benzoic acid (C6H5COOH). Polyprotic
  28. Weak acid s are corrosive, but there are exceptions such as carbonates and Boris, acid , There are three common definitions for acid s: the Arrhenius definition, the
  29. Monoprotic acid s in mineral acid s include hydrochloric acid (HCl) and nitric, acid ,(HNO3). On the other hand, for organic acid s the term mainly indicates the
  30. A3− (a) Ka3 An inorganic example of a Tripoli acid is orthophosphoric, acid ,(H3PO4),usually just called phosphoric acid . All three protons can be
  31. Usually just called phosphate. An organic example of a Tripoli acid is citric, acid , which can successively lose three protons to finally form the citrate ion.
  32. Also known as polybasic acid s, are able to donate more than one proton per, acid ,molecule, in contrast to monoprotic acid s that only donate one proton per
  33. By a base. This partially explains why hydrofluoric acid is considered a weak, acid ,while the other hydrophilic acid s (HCl, HBr, HI ) are strong acid s. Although
  34. These names were derived from methanol, ether,prop ionic acid and butyric, acid , respectively. Alkanes with five or more carbon atoms are named by adding the
  35. Either the pH (which can be converted to the H+) or the concentrations of the, acid ,with all its conjugate bases: \alpha_== \alpha_== \alpha_== A pattern is
  36. Acidic. Common examples of acid s include acetic acid (in vinegar),sulfuric, acid ,(used in car batteries),and tartaric acid (used in baking). As these three
  37. Acid (in vinegar),sulfuric acid (used in car batteries),and tartaric, acid ,(used in baking). As these three examples show, acid s can be solutions
  38. Acid. The resulting fatty acid could be metabolized through the fatty, acid ,degradation pathway. Hazards Methane is explosive when mixed with air (1 – 8 %
  39. Is more easily removed by a base. This partially explains why hydrofluoric, acid ,is considered a weak acid while the other hydrophilic acid s (HCl, HBr, HI ) are
  40. Groups. They react only very poorly with ionic or other polar substances. The, acid ,dissociation constant (PKA) values of all alkanes are above 60,hence they
  41. One carboxylic acid group and sometimes these acid s are known as monocarboxylic, acid , Examples in organic acid s include formic acid (COOL),acetic acid (CH3COOH
  42. Specific types of polyprotic acid s have more specific names, such as diuretic, acid ,(two potential protons to donate) and Tripoli acid (three potential
  43. Of an acid are said to be acid ic. Common examples of acid s include acetic, acid ,(in vinegar),sulfuric acid (used in car batteries),and tartaric acid (
  44. Is typically greater than the second; i.e.,Ka1 > Ka2. For example, sulfuric, acid , ( H2SO4) can donate one proton to form the bisulfate anion (HSO4−),for
  45. Definition, any compound which can easily be detonated can be considered an, acid , Examples include alcohols and amines which contain O-H or N-H fragments. In
  46. A number of key chemical discoveries, such as the muriatic (hydrochloric, acid ,), sulfuric and nitric acid s, and more. The discovery that aqua Regina, a
  47. Carbonate anion (CO32-). Both Key values are small, but Ka1 > Ka2. A Tripoli, acid ,(H3A) can undergo one, two,or three dissociation and has three dissociation
  48. Involve the transfer of a proton. A Brønsted-Lowry acid (or simply Brønsted, acid ,) is a species that donates a proton to a Brønsted-Lowry base. Carboxylic acid s
  49. Ions (H3O+) in solution. The Brønsted-Lowry definition is an expansion: an, acid ,is a substance which can act as a proton donor. Most acid s encountered in
  50. Is observed in the above equations and can be expanded to the general n -erotic, acid ,that has been detonated i -times: \alpha_= where K0 = 1 and the other

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