connected in parallel with an 90 Q resistor across a Vrms = 230<0° V, f = 60 Hz supply. Calculate (e) the power dissipated and (f) the apparent power IR Ic R C HH S = 650.3 VA P = 588 W P = 588 VA P = 588 VAR None from the above S = 812.4 VA Ic S = 770.5 VA IR

connected in parallel with an 90 Q resistor across a Vrms = 230<0° V, f = 60 Hz supply. Calculate (e) the power dissipated and (f) the apparent power IR Ic R C HH S = 650.3 VA P = 588 W P = 588 VA P = 588 VAR None from the above S = 812.4 VA Ic S = 770.5 VA IR

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 2PP: Assume that the current flow through the resistor, IR, is 15 A; the current flow through the...

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Question

4.) Please choose the correct answers from the choices below. Show your complete solution

A 25 µF (25E-06 F) capacitor is
connected in parallel with an 90 Q
resistor across a Vrms = 230<0° V, f =
60 Hz supply. Calculate (e) the power
dissipated and (f) the apparent
power
#4.
R
S = 650.3 VA
P = 588 W
P = 588 VA
P = 588 VAR
None from the above
S = 812.4 VA
S = 770.5 VA

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