Acid-Base Reactions and Stability

The video discusses using Aerial to determine the direction of acid-base reactions by comparing the stability of bases and conjugate bases. Aerial stands for atoms, resonance, induction, and orbital, which are factors affecting electron stability. The video provides examples of acid-base reactions, analyzing electron distribution and stability to predict reaction outcomes. It emphasizes the importance of understanding electron stability in determining reaction equilibrium.

What is transferred between the base and conjugate base in an acid-base reaction?

• Protons

• Neutrons

• Electrons

• Photons

If the base is more stable than the conjugate base, which side of the reaction is favored?

• Neither side

• Product side

• Reactant side

• Both sides equally

What does ARIEL stand for in the context of acid-base reactions?

• Atoms, Resonance, Induction, Electrons

• Atoms, Resonance, Induction, Orbital

• Atoms, Reduction, Induction, Electrons

• Atoms, Resonance, Ionization, Electrons

Which factor is NOT part of ARIEL?

• Ionization

• Induction

• Resonance

• Atoms

In the example reaction, what charge does the oxygen have after gaining an electron?

• Negative

• Double negative

• Neutral

• Positive

What is the conjugate base in the example reaction discussed?

• Hydrogen

• Water

• Hydroxide

• Acetate

What determines the direction of equilibrium in an acid-base reaction?

• Temperature

• Pressure

• Stability of base and conjugate base

• Concentration of reactants

Which orbital is more stable for electrons, sp2 or sp3?

• sp3

• sp2

• Both are equally stable

• Neither is stable

In the second example reaction, what happens to the hydrogen when it exceeds its bonding limit?

• It forms a new bond

• It loses an electron

• It breaks an existing bond

• It gains an electron

In the second example, why is there no reaction?

• The temperature is too low

• The reactants are more stable

• The products are more stable

• The reaction is too slow