Determine the following for the network below.E = 120 V 20⁰f = 2 kHz|S| =P==ZTQ=R₁www2022untisunitsDetermine the total complex, apparent, real, and reactive power for each parallel branch.Branch R1S=S=unitsR₂unitsL200 Ω80 mHC0.02 μFTOunits+junits Branch R2-LS=S=|S| =P=Q=Branch CS=S=|S| =P=Q:2untisunitsunitsunits2untisunitsunitsunitsOunits+junits+junitsunits

The given circuit isWe need to determine the total complex power, apparent power, real power and…

Determine the following for the network below. E=120 V 20° ( f = 2 kHz S= |S| = P= ZT Q= R₁ w 202 2 Determine the total complex, apparent, real, and reactive power for each parallel branch. Branch R1 S= untis units units R₂ units L moo 200 Ω 80 mH 0.02 μF units +j units

Determine the following for the network below. E=120 V 20° ( f = 2 kHz S= |S| = P= ZT Q= R₁ w 202 2 Determine the total complex, apparent, real, and reactive power for each parallel branch. Branch R1 S= untis units units R₂ units L moo 200 Ω 80 mH 0.02 μF units +j units

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter16: Inductance In Ac Circuits

Section: Chapter Questions

Problem 1PP: Inductive Circuits Fill in all the missing values. Refer to the following formulas:...

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Question

Determine the following for the network below.
E = 120 V 20⁰
f = 2 kHz
|S| =
P=
=
ZT
Q=
R₁
www
202
2
untis
units
Determine the total complex, apparent, real, and reactive power for each parallel branch.
Branch R1
S=
S=
units
R₂
units
L
200 Ω
80 mH
C
0.02 μF
T
O
units
+j
units

Branch R2-L
S=
S=
|S| =
P=
Q=
Branch C
S=
S=
|S| =
P=
Q:
2
untis
units
units
units
2
untis
units
units
units
O
units
+j
units
+j
units
units

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Step 1: Summarize the data.

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Step 2: Determine the current through each parallel branch.

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Step 3: Determine all the powers for branch- R1.

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Step 4: Determine all the powers for branch R2-L.

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Step 5: Determine all the powers for branch C.

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