Liver IR (P-1) = 8MA = 8mL0 A. (0) IL (P-P) = 12-6m1 = 12-6m -90 A E.(P-P) = 8 Lo volts. From the Urcuit Is (P-P) = IR (P-P) + IL (P-P) Taking E(P-P) as reference phasor the phasor diagram is J drawn as follows: IR(P-P) त्रे →ē (1-p) 3LIP-P) \' Is (P-P) Is (P-P) = 8L0 mA +12-6L-90 mA =(8-j12.6)mA (() Is (P-P) = 14.925 L-63-986 MA
Liver IR (P-1) = 8MA = 8mL0 A. (0) IL (P-P) = 12-6m1 = 12-6m -90 A E.(P-P) = 8 Lo volts. From the Urcuit Is (P-P) = IR (P-P) + IL (P-P) Taking E(P-P) as reference phasor the phasor diagram is J drawn as follows: IR(P-P) त्रे →ē (1-p) 3LIP-P) \' Is (P-P) Is (P-P) = 8L0 mA +12-6L-90 mA =(8-j12.6)mA (() Is (P-P) = 14.925 L-63-986 MA
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
Related questions
Question
This is just a follow up
How did you get Is(p-p) in polar form?
![Liver
IR (P-1) = 8MA
= 8mL0 A. (0)
IL (P-P) = 12-6m1 =
12-6m -90 A
E.(P-P) = 8 Lo volts.
From the
Urcuit
Is (P-P) = IR (P-P) + IL (P-P)
Taking E(P-P)
as
reference phasor
the phasor diagram is
J
drawn
as
follows:
IR(P-P)
त्रे
→ē (1-p)
3LIP-P)
\' Is (P-P)
Is (P-P) = 8L0 mA +12-6L-90 mA
=(8-j12.6)mA
(()
Is (P-P) =
14.925 L-63-986 MA](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdd3494d7-16cb-4f96-a1a3-f69334a1e65b%2F582157a6-9100-467c-8fc3-6e688d3b6a09%2Fw3x378e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Liver
IR (P-1) = 8MA
= 8mL0 A. (0)
IL (P-P) = 12-6m1 =
12-6m -90 A
E.(P-P) = 8 Lo volts.
From the
Urcuit
Is (P-P) = IR (P-P) + IL (P-P)
Taking E(P-P)
as
reference phasor
the phasor diagram is
J
drawn
as
follows:
IR(P-P)
त्रे
→ē (1-p)
3LIP-P)
\' Is (P-P)
Is (P-P) = 8L0 mA +12-6L-90 mA
=(8-j12.6)mA
(()
Is (P-P) =
14.925 L-63-986 MA
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