10 Questions
What is the relationship between the amount of metal deposited and the amount of electricity in coulomb?
The amount of metal deposited is directly proportional to the amount of electricity in coulomb
What is Faraday's constant (F) defined as?
The amount of electricity in coulomb required to deposit the equivalent weight of the metal
What does Faraday's law define?
The relationship between the amount of metal deposited and the quantity of electricity
What is e in the equation m = eQt known as?
Electrochemical equivalent of the metal, defined as the amount of metal deposited in gram per coulomb
What did Faraday evaluate using his experimental data to be 96500?
(eq.wt × Q) / (eq.wt × Q)
What is the relationship between the amount of metal deposited and the amount of electricity in coulomb?
m ∝ eQt
What is Faraday's constant (F) defined as?
The amount of electricity in coulomb required to deposit the equivalent weight of the metal
What did Faraday evaluate using his experimental data to be 96500?
(eq.wt × Q) / e
What is e in the equation m = eQt known as?
The amount of metal deposited in gram per coulomb
What is the constant in the equation m = constant × (eq.wt × Q)?
(eq.wt × Q) / e
Test your understanding of Faraday's experiments on electrodeposition and the calculation of production rate in electrolytic cells based on the amount of electricity and equivalent weight of the metal. Explore the relationships between amount deposited, electricity, and equivalent weight.
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