Generator Engineering: Magnetic Flux & Faraday's Law

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Flux & Faraday quiz

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Leo Tilanduca

Filipinas

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Generator Engineering: Magnetic Flux & Faraday's LawVersión en línea Flux & Faraday quiz por Leo Tilanduca 1 1. What does N represent in the problem? a D. Time interval b B. Number of turns in the coil c A. Magnetic field 2 2. What is the value of the coil's area? a D. 0.20 m^2 b B. 0.70 m^2 c C. 0.025 m^2 3 3. Which value is the INITIAL magnetic field? a A. 0.30 T b D. 60° c B. 0.70 T 4 4. Which values represent the initial and final angles? a D. 30° and 60° b C. 20° and 25° c A. 0.30° and 0.70° 5 5. Which formula is used to calculate magnetic flux? a C. F = ma b D. P = VI c B. V = IR d A. Φ = BA cos θ 6 6. In Φ = BA cos θ, what does θ represent? a B. The angle between the magnetic field and the coil's normal b A. The angle between the coil and the ground c C. The angle between two wires d D. The angle of rotation per second 7 7. Which is the correct substitution for the INITIAL magnetic flux? a A. Φi = (0.70)(0.025)cos(60°) b D. Φi = (0.20)(0.30)cos(60°) c C. Φi = (0.30)(0.025)cos(30°) d B. Φi = (300)(0.30)(0.025) 8 8. Which is the correct substitution for the FINAL magnetic flux? a D. Φf = (0.20)(0.025)cos(60°) b B. Φf = (0.70)(0.025)cos(60°) c C. Φf = (300)(0.70)cos(30°) d A. Φf = (0.30)(0.025)cos(30°) 9 9. Which law is used to determine the average induced emf caused by the change in magnetic flux? a D. Boyle's Law b B. Ohm's Law c C. Faraday's Law of Electromagnetic Induction d A. Newton's Law 10 10. Which formula is appropriate for the average induced emf? a A. E = IR b B. E = B/A c D. \|E\| = N\|ΔΦ\|/Δt d C. E = mc^2

Generator Engineering: Magnetic Flux & Faraday's LawVersión en línea

Flux & Faraday quiz

por Leo Tilanduca

1. What does N represent in the problem?

D. Time interval

B. Number of turns in the coil

A. Magnetic field

2. What is the value of the coil's area?

D. 0.20 m^2

B. 0.70 m^2

C. 0.025 m^2

3. Which value is the INITIAL magnetic field?

A. 0.30 T

D. 60°

B. 0.70 T

4. Which values represent the initial and final angles?

D. 30° and 60°

C. 20° and 25°

A. 0.30° and 0.70°

5. Which formula is used to calculate magnetic flux?

C. F = ma

D. P = VI

B. V = IR

A. Φ = BA cos θ

6. In Φ = BA cos θ, what does θ represent?

B. The angle between the magnetic field and the coil's normal

A. The angle between the coil and the ground

C. The angle between two wires

D. The angle of rotation per second

7. Which is the correct substitution for the INITIAL magnetic flux?

A. Φi = (0.70)(0.025)cos(60°)

D. Φi = (0.20)(0.30)cos(60°)

C. Φi = (0.30)(0.025)cos(30°)

B. Φi = (300)(0.30)(0.025)

8. Which is the correct substitution for the FINAL magnetic flux?

D. Φf = (0.20)(0.025)cos(60°)

B. Φf = (0.70)(0.025)cos(60°)

C. Φf = (300)(0.70)cos(30°)

A. Φf = (0.30)(0.025)cos(30°)

9. Which law is used to determine the average induced emf caused by the change in magnetic flux?

D. Boyle's Law

B. Ohm's Law

C. Faraday's Law of Electromagnetic Induction

A. Newton's Law

10. Which formula is appropriate for the average induced emf?

A. E = IR

B. E = B/A

D. |E| = N|ΔΦ|/Δt

C. E = mc^2

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Generator Engineering: Magnetic Flux & Faraday's Law

Test

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Creada por

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Generator Engineering: Magnetic Flux & Faraday's LawVersión en línea

por Leo Tilanduca

1. What does N represent in the problem?

2. What is the value of the coil's area?

3. Which value is the INITIAL magnetic field?

4. Which values represent the initial and final angles?

5. Which formula is used to calculate magnetic flux?

6. In Φ = BA cos θ, what does θ represent?

7. Which is the correct substitution for the INITIAL magnetic flux?

8. Which is the correct substitution for the FINAL magnetic flux?

9. Which law is used to determine the average induced emf caused by the change in magnetic flux?

10. Which formula is appropriate for the average induced emf?