UZCalculate the absolute value of the voltage U and it's angle in the AC circuit shown above. Give the answer to one decimal place.The following values are known:J= 10.0 20.0° AZ= 100.0 19.0° QAngle:U V=225V, 20° QR= 150,L= 125H H71C= F and1000f= 50HzVRLGive the answers to one decimal place. Calculate the circuit'sa) The angular frequency:rad/sb) The total impedance (give the answer as the absolute value):c) The sum of the voltages of the circuit's components R, L and C (give the answer as the absolute value):

Since you uploaded multiple question as per guidelines we solve the 1st question for solution of…

J U Calculate the absolute value of the voltage U and it's angle in the AC circuit shown above. Give the answer to one decimal place. The following values are known: J= 10.0 20.0° A Z= 100.0 19.0° Q Angle: Z V U

J U Calculate the absolute value of the voltage U and it's angle in the AC circuit shown above. Give the answer to one decimal place. The following values are known: J= 10.0 20.0° A Z= 100.0 19.0° Q Angle: Z V U

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter21: Resistive-capacitive Series Circuits

Section: Chapter Questions

Problem 7RQ: An RC series circuit is connected to a 120-V, 60-Hz power source. The resistor is 25 and has a...

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Question

100%

U
Z
Calculate the absolute value of the voltage U and it's angle in the AC circuit shown above. Give the answer to one decimal place.
The following values are known:
J= 10.0 20.0° A
Z= 100.0 19.0° Q
Angle:
U

V=225V, 20° Q
R= 150,
L= 125H H
7
1
C= F and
1000
f= 50Hz
V
R
L
Give the answers to one decimal place. Calculate the circuit's
a) The angular frequency:
rad/s
b) The total impedance (give the answer as the absolute value):
c) The sum of the voltages of the circuit's components R, L and C (give the answer as the absolute value):

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