1. Hand calculate the following quantities. (а) What is V,(w) = 1 +jV in polar form? (b) What is I, (w) = 2230° A in rectangular form? (c) From the results you obtained above in 1. (a) & (b) calculate the impedance Z, (w): V1 (w) Ω. 4(@) %3D (d) Calculate V2 (w) = Z2(w)l½(w) when Z2(w) = 10445° Q, 12(w) = 2415° A %D %3D
1. Hand calculate the following quantities. (а) What is V,(w) = 1 +jV in polar form? (b) What is I, (w) = 2230° A in rectangular form? (c) From the results you obtained above in 1. (a) & (b) calculate the impedance Z, (w): V1 (w) Ω. 4(@) %3D (d) Calculate V2 (w) = Z2(w)l½(w) when Z2(w) = 10445° Q, 12(w) = 2415° A %D %3D
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![1.
Hand calculate the following quantities.
(a)
What is V, (w) = 1 +jV in polar form?
(b)
What is I (w) = 2430° A in rectangular form?
(c)
From the results you obtained above in 1. (a) & (b) calculate the impedance
Z, (w)
V1 (w)
Ω.
1(w)
(d)
Calculate V2 (w) = Z2(w)l2(w) when Z2(w) = 10445° N, 1,(w) = 2415° A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3f6c81c7-9a41-4014-8916-60df888d5014%2Faab8d39e-79d1-4f9b-8bfd-e7d11fd8a6d1%2Fyc4abjj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1.
Hand calculate the following quantities.
(a)
What is V, (w) = 1 +jV in polar form?
(b)
What is I (w) = 2430° A in rectangular form?
(c)
From the results you obtained above in 1. (a) & (b) calculate the impedance
Z, (w)
V1 (w)
Ω.
1(w)
(d)
Calculate V2 (w) = Z2(w)l2(w) when Z2(w) = 10445° N, 1,(w) = 2415° A
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