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Questions and Answers
What is the main characteristic of acid salts when dissolved in a solvent?
What is the main characteristic of acid salts when dissolved in a solvent?
- They reduce the electrical conductivity of the solution
- They produce a basic solution
- They have no effect on the solution's pH
- They produce an acidic solution (correct)
What type of acids undergo partial neutralization to form an acidic solution using acid salts?
What type of acids undergo partial neutralization to form an acidic solution using acid salts?
- Strong acids
- Weak acids
- Monoprotic acids
- Diprotic or polyprotic acids (correct)
What causes the formation of an acidic solution when acid salts are involved in partial neutralization?
What causes the formation of an acidic solution when acid salts are involved in partial neutralization?
- Formation of hydroxide ions
- Complete neutralization of strong acids
- Presence of metal cations
- Remaining replaceable hydrogen atoms from weak acids (correct)
What happens to a salt containing reactive cations when it undergoes hydrolysis?
What happens to a salt containing reactive cations when it undergoes hydrolysis?
Which acid salt is formed upon the half neutralization of ammonia in hydrochloric acid solution?
Which acid salt is formed upon the half neutralization of ammonia in hydrochloric acid solution?
What is the main characteristic of acid salts when dissolved in a solvent?
What is the main characteristic of acid salts when dissolved in a solvent?
What is the result of the partial neutralization of diprotic or polyprotic acids with acid salts?
What is the result of the partial neutralization of diprotic or polyprotic acids with acid salts?
What occurs due to the remaining replaceable hydrogen atoms from the partial dissociation of weak acids when forming an acidic solution with acid salts?
What occurs due to the remaining replaceable hydrogen atoms from the partial dissociation of weak acids when forming an acidic solution with acid salts?
What property of the resulting solution from a neutralization reaction depends on the remaining salt products?
What property of the resulting solution from a neutralization reaction depends on the remaining salt products?
Which salt undergoes hydrolysis leading to the deprotonation of the conjugate acids upon half neutralization?
Which salt undergoes hydrolysis leading to the deprotonation of the conjugate acids upon half neutralization?
