1. When electromotive force moves from a wire, they encounter resistance from localized atoms in their path. A) cell notation B) electromotive force C) galvanic cell D) voltage cel... 1. When electromotive force moves from a wire, they encounter resistance from localized atoms in their path. A) cell notation B) electromotive force C) galvanic cell D) voltage cell E) ALL 2. It's an electrochemical cell that produced electricity as the result of spontaneous chemical reaction. A) voltage cell B) galvanic cell C) none D) all E) EXCEPT A and B 3. If the mass of a substance liberated or deposited at an electrode due to the passage of charge is A) faraday first law B) danial cell law C) SECONDARY law D) HUNDI LAW E) ALL 4. Theory state that if more than one type of ion is attracted toward a particular electrode, then the one is called A) Ionic conductor B) weak electrolyte C) preferential discharge D) HYDROGEN BOND 5. What is electrical conductivity? 6. What is the electrochemistry? 7. What is the electrolyte?
Understand the Problem
The question consists of multiple-choice queries related to electrochemistry, including definitions, laws, and concepts. Each part tests the understanding of specific electrochemical phenomena and terms.
Answer
1. B) Electromotive force 2. B) Galvanic cell 3. A) Faraday first law 4. C) Preferential discharge
- B) Electromotive force
- B) Galvanic cell
- A) Faraday first law
- C) Preferential discharge
Answer for screen readers
- B) Electromotive force
- B) Galvanic cell
- A) Faraday first law
- C) Preferential discharge
More Information
These answers pertain to concepts in electrochemistry, such as the role of electromotive force, the workings of galvanic cells, Faraday's laws of electrolysis, and the concept of preferential discharge.
Tips
Frequently, students confuse terms such as electromotive force and voltage, and may struggle with specifics of electrochemical laws.
Sources
- Electromotive force - Wikipedia - en.wikipedia.org
- 17.10: Electromotive Force of Galvanic Cells - Chemistry LibreTexts - chem.libretexts.org
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