a) Consider the equation: Calculate: Frequency (t) = ? Time period (7) = ? Peak Voltage (Vp) = ? Average voltage (VAVG) = ? RMS voltage (VRMS) = ? V(t)= 110Sin (78.5t) Volts Sketch the labelled waveform showing only Peak voltage, full cycle and half-cycle times. b) A sinusoidal RMS alternating current (IRMS) of 8 amps is flowing through a resistance of 550. Calculate the Peak, average and RMS power of the supply.
a) Consider the equation: Calculate: Frequency (t) = ? Time period (7) = ? Peak Voltage (Vp) = ? Average voltage (VAVG) = ? RMS voltage (VRMS) = ? V(t)= 110Sin (78.5t) Volts Sketch the labelled waveform showing only Peak voltage, full cycle and half-cycle times. b) A sinusoidal RMS alternating current (IRMS) of 8 amps is flowing through a resistance of 550. Calculate the Peak, average and RMS power of the supply.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter33: Inductors And Ac Circuits
Section: Chapter Questions
Problem 33PQ
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Question
![a) Consider the equation:
Calculate:
Frequency (t) = ?
Time period (7) = ?
Peak Voltage (Vp) = ?
Average voltage (VAVG) = ?
RMS voltage (VRMS) = ?
V(t)= 110Sin (78.5t) Volts
Sketch the labelled waveform showing only Peak voltage, full cycle and half-cycle times.
b) A sinusoidal RMS alternating current (IRMS) of 8 amps is flowing through a resistance of
550. Calculate the Peak, average and RMS power of the supply.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F43408c78-564d-4c7e-9615-1b52ad80461b%2F5c3af64c-d03d-4c48-b106-cfd393f4108c%2F6evsn5j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a) Consider the equation:
Calculate:
Frequency (t) = ?
Time period (7) = ?
Peak Voltage (Vp) = ?
Average voltage (VAVG) = ?
RMS voltage (VRMS) = ?
V(t)= 110Sin (78.5t) Volts
Sketch the labelled waveform showing only Peak voltage, full cycle and half-cycle times.
b) A sinusoidal RMS alternating current (IRMS) of 8 amps is flowing through a resistance of
550. Calculate the Peak, average and RMS power of the supply.
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