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9. weber

9. weber

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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9. weber 10. Lenz's Law 11. inductor 12. exponential curve 13. henry 14. inductance e be bni Hoo sn ia rbod a to enon Multiple Choice 1. An induced voltage will occur beoubni epstiov orfT if a conductor is moved through a magnetic fieldenooni enun if a magnetic field is moved through a conductor both a and b d. a. b. С. sis ayale neither a nor b brs vlienelni i 1010 assign_ELTE109_Homework_10_2020-09-22.docx owemoM C013T Page 3 c
Transcribed Image Text:9. weber 10. Lenz's Law 11. inductor 12. exponential curve 13. henry 14. inductance e be bni Hoo sn ia rbod a to enon Multiple Choice 1. An induced voltage will occur beoubni epstiov orfT if a conductor is moved through a magnetic fieldenooni enun if a magnetic field is moved through a conductor both a and b d. a. b. С. sis ayale neither a nor b brs vlienelni i 1010 assign_ELTE109_Homework_10_2020-09-22.docx owemoM C013T Page 3 c
2. The amount of induced voltage can be increased by increasing the number of turns in the coil b. a. using a stronger magnet turning the coil faster d. C. all of the above 3. How many magnetic lines of force (flux lines) must be cut per second in order to produce 1 volt? 100,000,000 b. a. 1,000,000 108 106 C. d. e. a and c 4. Based on your answer to the question above, which of the following can be used to cause 10 volts to be created? a. Increase the speed of cutting by a factor of 10. b. Increase the strength of the magnetic field by a factor of 10. Increase the strength of the field by a factor of 5 and the speed by a factor of 2 C. d. All of the above е. None of the above 5. A law which describes the interaction between an induced current and the relative motion of the field that caused it is Faraday's Law b. a. Lenz's Law Ohm's Law d. C. Watt's Law The following review questions are based on the video Fundamentals of AC and DC Generation which was shown in the lecture session and can be viewed in the Lab or on D2L. 6. The coil in an Alternating Current generator produces the most induced current when the coil is moving parallel to the lines of flux b. the coil is moving perpendicular to the lines of flux both situations create the same induced current d. a. С. none of the above 7. The voltage induced in an AC generator produces current that runs in a constant direction and stays at a constant level b. a. runs in a constant direction but increases and decreases in intensity C. stays at a constant level but changes back and forth in direction d. increases and decreases in intensity and in direction 1010 assign_ELTE109_Homework_10_2020-09-22.docx Page 4 of 5
Transcribed Image Text:2. The amount of induced voltage can be increased by increasing the number of turns in the coil b. a. using a stronger magnet turning the coil faster d. C. all of the above 3. How many magnetic lines of force (flux lines) must be cut per second in order to produce 1 volt? 100,000,000 b. a. 1,000,000 108 106 C. d. e. a and c 4. Based on your answer to the question above, which of the following can be used to cause 10 volts to be created? a. Increase the speed of cutting by a factor of 10. b. Increase the strength of the magnetic field by a factor of 10. Increase the strength of the field by a factor of 5 and the speed by a factor of 2 C. d. All of the above е. None of the above 5. A law which describes the interaction between an induced current and the relative motion of the field that caused it is Faraday's Law b. a. Lenz's Law Ohm's Law d. C. Watt's Law The following review questions are based on the video Fundamentals of AC and DC Generation which was shown in the lecture session and can be viewed in the Lab or on D2L. 6. The coil in an Alternating Current generator produces the most induced current when the coil is moving parallel to the lines of flux b. the coil is moving perpendicular to the lines of flux both situations create the same induced current d. a. С. none of the above 7. The voltage induced in an AC generator produces current that runs in a constant direction and stays at a constant level b. a. runs in a constant direction but increases and decreases in intensity C. stays at a constant level but changes back and forth in direction d. increases and decreases in intensity and in direction 1010 assign_ELTE109_Homework_10_2020-09-22.docx Page 4 of 5
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