No. A strong base ionizes completely, while a weak acid only ionizes partially.
No, concentration and strength do not affect acid-base solution representations in the same way. Concentration refers to the amount of solute (acid or base) present in a given volume of solution, while strength indicates the degree to which an acid or base dissociates into ions in solution. Strong acids and bases fully dissociate, while weak ones only partially dissociate, regardless of their concentration. Thus, a concentrated weak acid may have a higher concentration than a dilute strong acid, but the strong acid will still have a greater effect on pH due to its complete dissociation.
Yes, all titrations of a strong base with a strong acid result in the same pH at the equivalence point, which is around 7.
Common salt, table salt, sodium chloride, NaCl, whatever you call it is pretty much neutral in solution. This is because the double-replacement acid-base reaction that produces it has HCl and NaOH as reactants, and these are a strong acid and a strong base. Therefore, their "strength," which is a measure of their degree of ionization in solution, is about the same, and will cancel out.
The amount of base depends on the chemical formula of the acid.
Common salt, or sodium chloride, is a neutral compound. It is formed from the reaction of a strong acid (hydrochloric acid - HCl) and a strong base (sodium hydroxide - NaOH), resulting in a neutral substance.
Sodium hydroxide is a base and hydrochloric acid is an acid. Both are not same.
A base can neutralize a acid of its opposite pH (potential hydrogen) which is a scale of 1-14 so if a base is a 14 it can neutralize a 1, a 13 a 2 and so forth. Until you get to 7, which is pure water (neutral)
No, table salt (sodium chloride) is the product of a strong acid (hydrochloric acid) and a strong base (sodium hydroxide) reacting together in a neutralization reaction. Weak acids or bases do not produce salts with the same characteristics as sodium chloride.
No, in the same way a dilute acid can be classed as a strong acid. Even very dilute sodium hydroxide is still classed as a strong base.
No. The strength and concentration of and acid are completely unrelated. A strong acid may be concentrated or dilute; the same is true of a weak acid. The strength of an acid is a specific chemical property of that substance involving how easily a hydrogen ion (H+) will break away from the molecule while concentration is the amount of the substance dissolved in a given volume of water.
The heat of neutralization of a strong acid and strong base is always constant because strong acids and bases completely dissociate in solution, resulting in a highly exothermic reaction that releases a fixed amount of energy. The strong acid and base react in a 1:1 molar ratio, leading to consistent heat production for each mole of reactants neutralized.
The strength of an acid is determined by its ability to donate a proton, while the strength of a base is determined by its ability to accept a proton. Strong acids completely dissociate in water to produce a large number of ions, while strong bases completely dissociate to produce a large number of hydroxide ions. Weak acids and bases partially dissociate and have equilibrium constants that reflect their incomplete dissociation.