Arrhenius vs Bronsted Lowry

A Bronsted Lowry acid:

• donates H+ to another substance

• accepts H+ from another substance

• produces H+

• produces OH-

A Bronsted Lowry base:

• donates H+ to another substance

• accepts H+ from another substance

• produces H+

• produces OH-

In the equation below, what is the Bronsted Lowry acid (donates H⁺)?

HCl + NH₃ → Cl^- + NH₄⁺

• HCl

• NH₃

• Cl^-

• NH₄⁺

In the equation below, what is the Bronsted Lowry base (accepts H⁺)? HCl + NH₃ → Cl^- + NH₄⁺

• HCl

• NH₃

• Cl^-

• NH₄⁺

According to the Bronsted-Lowry theory, an acid is defined as:

• A substance that donates a proton (H⁺)

• A substance that accepts a proton (H⁺)

• A substance that donates an electron

• A substance that accepts an electron

According to the Bronsted-Lowry theory, a base is defined as:

• A substance that donates a proton (H⁺)

• A substance that accepts a proton (H⁺)

• A substance that donates an electron

• A substance that accepts an electron

According to Bronsted-Lowry acid base theory, an acid is a.....

• Proton donor

• Proton acceptor

• Produces H+ when added to water

• Made of H+

Identify the Bronsted Lowry Acid in the above reaction.

• HSO₄^-

• H₂O

• H₃O⁺

• SO₄^2-

Which reactant in the following equation is a Bronsted Lowry acid? H₂O + HCl → H₃O⁺ + Cl^-

• Water

• Hydrogen chloride

• Hydronium

• Chloride

The product that results when a base accepts a proton.

• Conjugate Base

• Conjugate Acid

• Conjugate pair

• Amphoteric