Arrhenius vs Bronsted Lowry

HCl is:

• an Arrhenius acid

• a Bronsted Lowry acid

• both an Arrhenius and Bronsted Lowry acid

• a base

NaOH is:

• an Arrhenius base

• an Arrhenius acid

• neither an acid nor a base

• both an acid and a base

NH₃ is:

• a Bronsted Lowry base

• an Arrhenius base

• an acid

• both an Arrhenius and a Bronsted Lowry base

An Arrhenius base:

• donates H+

• accepts H+

• produces H+

• produces OH-

An Arrhenius acid:

• donates H+ to another substance

• accepts H+ from another substance

• produces H+

• produces OH-

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?

HCl + NH₃ --> Cl^- + NH₄⁺

• HCl

• NH₃

• Cl^-

• NH₄⁺

In the equation below, what is the Bronsted Lowry base?

HCl + NH₃ --> Cl^- + NH₄⁺

• HCl

• NH₃

• Cl^-

• NH₄⁺

Which of the following does not describe an Arrhenius or Bronsted Lowry acid or base?

• Produces H+

• Produces OH-

• Donates H+ to another substance

• Donates OH- to another substance