Learning Outcomes: At the end of the session the student should be able to: LO1. Analyze AC circuit and network to solve electrical circuit problems by applying the principles, laws and theorems in circuit analysis. LO2. Understand AC fundamentals and characteristics of a sinusiedal waveform. Using an AC volt meter we found the AC sine wave voltage to be 10-Volts, 50HZ. 1. Determine the peak value of this voltage. 2. Determine the RMS value of this voltage. 3. Determine the peak to peak value of this voltage. 4. Determine the average voltage. 5. Determine the period covered by one cycle. 6. Draw two cycle of sinusoidal waveform and label. A sine wave displayed on an oscilloscope as shown below. The scope sensitivity is set at 5V/division and the time base control is set to 10ms/division.
Learning Outcomes: At the end of the session the student should be able to: LO1. Analyze AC circuit and network to solve electrical circuit problems by applying the principles, laws and theorems in circuit analysis. LO2. Understand AC fundamentals and characteristics of a sinusiedal waveform. Using an AC volt meter we found the AC sine wave voltage to be 10-Volts, 50HZ. 1. Determine the peak value of this voltage. 2. Determine the RMS value of this voltage. 3. Determine the peak to peak value of this voltage. 4. Determine the average voltage. 5. Determine the period covered by one cycle. 6. Draw two cycle of sinusoidal waveform and label. A sine wave displayed on an oscilloscope as shown below. The scope sensitivity is set at 5V/division and the time base control is set to 10ms/division.
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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![Learning Outcomes:
At the end of the session the student should be able to:
LO1. Analyze AC circuit and network to solve electrical circuit problems by applying the
principles, laws and theorems in circuit analysis.
LO2. Understand AC fundamentals and characteristics of a ginusiodal waveform.
Using an AC volt meter we found the AC sine wave voltage to be 10-Volts, 50HZ.
1. Determine the peak value of this voltage.
2. Determine the RMS value of this voltage.
3. Determine the peak to peak value of this voltage.
4. Determine the average voltage.
5. Determine the period covered by one cycle.
8. Draw two cycle of sinusoidal waveform and label.
A sine wave displayed on an oscilloscope as showm below. The scope
sensitivity is set at 5Vidivision and the time base control is set to
10ms/division.
How much is:
7. Peak to Peak voltage
8. RMS voltage
9. frequency](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F13f8ec03-70d9-47a9-bfa7-24a6ede7f9a4%2Fe924a582-88ce-4b8d-9230-606221c01104%2Fpsn4to_processed.png&w=3840&q=75)
Transcribed Image Text:Learning Outcomes:
At the end of the session the student should be able to:
LO1. Analyze AC circuit and network to solve electrical circuit problems by applying the
principles, laws and theorems in circuit analysis.
LO2. Understand AC fundamentals and characteristics of a ginusiodal waveform.
Using an AC volt meter we found the AC sine wave voltage to be 10-Volts, 50HZ.
1. Determine the peak value of this voltage.
2. Determine the RMS value of this voltage.
3. Determine the peak to peak value of this voltage.
4. Determine the average voltage.
5. Determine the period covered by one cycle.
8. Draw two cycle of sinusoidal waveform and label.
A sine wave displayed on an oscilloscope as showm below. The scope
sensitivity is set at 5Vidivision and the time base control is set to
10ms/division.
How much is:
7. Peak to Peak voltage
8. RMS voltage
9. frequency
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