Please show the complete step by step solution thank you so much. A certain current lags the voltage by 36 electrical degrees. The voltage waveform is increasing positively at t = 0 and an instantaneous value of 0 volt. If the frequency is 25 Hz, calculate at what time the current will be zero for the second time. What is the value of the voltage at that time?Peak values are 350 V and 50 A. Calculate the phase angle difference of the voltage and current at t = 25 milliseconds. What is the real power and apparent power at that time?
Please show the complete step by step solution thank you so much. A certain current lags the voltage by 36 electrical degrees. The voltage waveform is increasing positively at t = 0 and an instantaneous value of 0 volt. If the frequency is 25 Hz, calculate at what time the current will be zero for the second time. What is the value of the voltage at that time?Peak values are 350 V and 50 A. Calculate the phase angle difference of the voltage and current at t = 25 milliseconds. What is the real power and apparent power at that time?
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter18: Resistive-inductive Parallel Circuits
Section: Chapter Questions
Problem 1PA: Incandescent lighting of 500 W is connected in parallel with an inductive load. A clamp-on ammeter...
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Please show the complete step by step solution thank you so much.
A certain current lags the voltage by 36 electrical degrees. The voltage waveform is increasing positively at t = 0 and an instantaneous value of 0 volt. If the frequency is 25 Hz, calculate at what time the current will be zero for the second time. What is the value of the voltage at that time?Peak values are 350 V and 50 A. Calculate the phase angle difference of the voltage and current at t = 25 milliseconds. What is the real power and apparent power at that time?
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