No. Although all Bronsted-Lowry acids with H+ protons are also Lewis acids, Lewis acid classification is usually reserved for substances like CO2 and BF3 that don't have protons.
At least one H+ ion, called proton, and one anion which remains when the proton is donated to a base or to a water molecule: H3O+ (hydronium) is formed, lowering pH of the water.The above isn't actually wrong, though it's worth noting that that's actually a description of a particular type of acid (an Arrhenius or possibly Brønsted-Lowry acid). Lewis acids use a more general definition and are not required to contain any particular ion... any electron pair acceptor is a Lewis acid. (All Lewis acids are Brønsted acids, but not all Brønsted acids are Lewis acids.)
They are all strong acids and they dissociate ( at least the first proton ) completely in solution.
An acid is the old term used back in the day to categorize that would release a free positively charged hydrogen atom when dissolved in water. A Lewis acid is a substance that will except an electron pair from a Lewis base, not limited to h2o as the solvent. Though every substance that fit the original definition of an acid is also a Lewis acid, not every Lewis acid is a traditional acid, like AlCl3 and BF3.
Acids contain the cation H+ (or COOH-) and an anion or radical.
In aqueous solution, all acids produce hydronium ions (H3O+). This is because when an acid dissociates in water, it donates a proton to a water molecule to form hydronium ions.
All Arrhenius acids ionize in water to give H+ ions. While Lewis acids are proton donors.
All the Lewis acids accept hydrogen ion or proton from any othercompound having acidic hydrogen.
At least one H+ ion, called proton, and one anion which remains when the proton is donated to a base or to a water molecule: H3O+ (hydronium) is formed, lowering pH of the water.The above isn't actually wrong, though it's worth noting that that's actually a description of a particular type of acid (an Arrhenius or possibly Brønsted-Lowry acid). Lewis acids use a more general definition and are not required to contain any particular ion... any electron pair acceptor is a Lewis acid. (All Lewis acids are Brønsted acids, but not all Brønsted acids are Lewis acids.)
They are all strong acids and they dissociate ( at least the first proton ) completely in solution.
An acid is the old term used back in the day to categorize that would release a free positively charged hydrogen atom when dissolved in water. A Lewis acid is a substance that will except an electron pair from a Lewis base, not limited to h2o as the solvent. Though every substance that fit the original definition of an acid is also a Lewis acid, not every Lewis acid is a traditional acid, like AlCl3 and BF3.
Assuming the Brønsted-Lowry definition of acids and bases, an acid is a molecule that donates a proton. While all atoms -- and therefore all molecules -- contain protons, not all are capable of donating them. Those that cannot donate a proton are not considered an acid under this terminology.
A Brønsted-Lowry base accepts H+ ions.
All acids contain at least one hydrogen ion.
Acids contain the cation H+ (or COOH-) and an anion or radical.
In aqueous solution, all acids produce hydronium ions (H3O+). This is because when an acid dissociates in water, it donates a proton to a water molecule to form hydronium ions.
Such species include water, alcohols and all the acids.
Acids typically contain hydrogen ions (H+). When acids dissolve in water, they release these hydrogen ions which can donate a proton in a chemical reaction. Acids also have a sour taste and can react with bases to form salts.