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C7H3Cl2O
An acid is a substance that releases hydrogen ions in water or will donate a hydrogen ion to another molecule. A monoacid, or monoprotic acid, is an acid that can only donate one hydrogen atom per molecule. You can also have diprotic acids, such as sulfuric acid, which can donate two hydrogen ions, and triprotic acids such as phosphoric acid, which can donate three.
carboxylic acids are more stronger acids this is because in the resonance stabilisation of carboxylic acid the electron density is more pronounced in two oxygen atoms also in the reaction of carboxylic acid with an alkali ; for eg; sodium hydroxide it can donate lone pair of electron to a higher base hence it act as a Lewis acid>.
Bases accept hydrogen ions. Acids donate hydrogen ions.
no, because if a hydrogen atom WERE to donate an electron, it would no longer be a hydrogen atom. plus a donation of electrons or an other subatomic particle could only be possible through the help of human research.
A diprotic acid can donate up to two hydrogen atoms.
C7H3Cl2O
An acid is a substance that releases hydrogen ions in water or will donate a hydrogen ion to another molecule. A monoacid, or monoprotic acid, is an acid that can only donate one hydrogen atom per molecule. You can also have diprotic acids, such as sulfuric acid, which can donate two hydrogen ions, and triprotic acids such as phosphoric acid, which can donate three.
Back formation
carboxylic acids are more stronger acids this is because in the resonance stabilisation of carboxylic acid the electron density is more pronounced in two oxygen atoms also in the reaction of carboxylic acid with an alkali ; for eg; sodium hydroxide it can donate lone pair of electron to a higher base hence it act as a Lewis acid>.
Bases accept hydrogen ions. Acids donate hydrogen ions.
Hydrogen ions, accept or donate
acids
Carboxylic acids are organic molecules that include a carboxylic functional group (-COOH). The functional group consists of a carbon center, with a double bonded oxygen and a single bonded hydroxol (OH) group.Acids are characterized by the ability to donate or release protons when dissolved in solution. The easier the protons, or H+ ions, are released into solution the more acidic the molecule.The hydroxol group (OH) releases H+ (hydrogen ion) readily when dissolved in solution, forming the conjugate base ( -COO- ).Typical pH ranges of carboxylic acids, such as ethanoic acid, are from 2-3. Methanoic acid is slightly more acidic, with a pH of about 1.5-2.5.
Acids receive electron. Alkalis donate. Acids donate hydrogen ion in solution. Alkalis donate hydroxyl ion in solution. Alkalis donate lone pair electrons.
no, because if a hydrogen atom WERE to donate an electron, it would no longer be a hydrogen atom. plus a donation of electrons or an other subatomic particle could only be possible through the help of human research.
Acid compounds will donate hydrogen ions and base compounds will accept hydrogen ions.