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Course: AP CHEMISTRY
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AP CHEMISTRY

1. Atomic Structure and Properties

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3. Properties of Substances and Mixtures

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7. Equilibrium

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8. Acids and Bases

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9. Thermodynamics and Electrochemistry

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Quiz

9.11 Electrolysis and Faraday’s Law – Check yourself

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Electrolysis and Faraday’s Law AP Chemistry check yourself quiz: free practice for AP Chemistry. Work through this Electrolysis and Faraday’s Law AP Chemistry check yourself quiz and get instant feedback on every answer. If you get stuck, review the 9.11 Electrolysis and Faraday’s Law — Notes lesson. More practice: AP Chemistry — all units. Syllabus: College Board ap chemistry course page.

1.
Which statement best describes Faraday’s law?
Which statement best describes Faraday’s law?
Water may be oxidised/reduced instead in aqueous.
Using electricity to drive a non-spontaneous reaction.
Coating an object with metal.
Mass deposited ∝ charge passed.
2.
According to the comparison table in this lesson, what is the Value of 3?
According to the comparison table in this lesson, what is the Value of 3?
Faraday calculation (Cu²⁺ → Cu, 2.00 A, 30.0 min)
0.0373
0.0187
1.19
3600
3.
Which key term matches this description: "Mass deposited ∝ charge passed."
Which key term matches this description: "Mass deposited ∝ charge passed."
Molten vs aqueous
Faraday’s law
Moles of electrons
Electroplating
4.
Which step comes first in the sequence covered in this lesson?
Which step comes first in the sequence covered in this lesson?
Mole ratio
Half-equation
Q = I × t
n(e⁻) = Q ÷ F
5.
In the sequence covered in this lesson, which step comes immediately after Mole ratio?
In the sequence covered in this lesson, which step comes immediately after Mole ratio?
Half-equation
Mass or volume
n(e⁻) = Q ÷ F
Q = I × t
6.
Which statement best describes Moles of electrons?
Which statement best describes Moles of electrons?
Water may be oxidised/reduced instead in aqueous.
q ÷ 96 485.
Using electricity to drive a non-spontaneous reaction.
Mass deposited ∝ charge passed.
7.
Complete the statement: Charge = ______.
Complete the statement: Charge = ______.
current × time
Charge
Electroplating
Electrolysis
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