Use the given circuit to determine the value being asked. Values: RI = 390 Q R2 = 660 Q R3 = 820 Q %3D R4 = 590 0 R5 = 840 Q %3D R6 = 530 0 L1 = 890 mH L2 = 590 mH VI = 13 V Diagram: R2 R1 RS R4 R3 R6 L1 L2 Hil

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Questions:
Total Resistance:
(whole number)
Total inductance:
mH
(whole number)
It (1 time constant):
(2 decimal places)
Current at 1.8t (growth):
mA (2 decimal
places)
Back EMF at 2.2t (growth):
v (2 decimal places)
Full decay time:
ms (2
decimal places)
Transcribed Image Text:Questions: Total Resistance: (whole number) Total inductance: mH (whole number) It (1 time constant): (2 decimal places) Current at 1.8t (growth): mA (2 decimal places) Back EMF at 2.2t (growth): v (2 decimal places) Full decay time: ms (2 decimal places)
Use the given circuit to
determine the value being
asked.
Values:
RI = 390 Q
R2 = 660 0
R3 = 820 0
R4 = 590 Q
R5 = 840 Q
%3D
R6 = 530 Q
%3D
L1 = 890 mH
L2 = 590 mH
VI = 13 V
Diagram:
R2
R1
RS
R4
R3
RE
V1
L1
L2
Transcribed Image Text:Use the given circuit to determine the value being asked. Values: RI = 390 Q R2 = 660 0 R3 = 820 0 R4 = 590 Q R5 = 840 Q %3D R6 = 530 Q %3D L1 = 890 mH L2 = 590 mH VI = 13 V Diagram: R2 R1 RS R4 R3 RE V1 L1 L2
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