1. (a) Show that the complex impedance of an inductor, of inductance L, has an amplitude wL and a phase angle of t/2 rad. d I(t) [You may use that for an inductor V (t) = L" where the symbols have their usual dt meaning.] (b) Usually a coil of wire forming an inductor also has some resistance. One such coil draws
1. (a) Show that the complex impedance of an inductor, of inductance L, has an amplitude wL and a phase angle of t/2 rad. d I(t) [You may use that for an inductor V (t) = L" where the symbols have their usual dt meaning.] (b) Usually a coil of wire forming an inductor also has some resistance. One such coil draws
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![1.
(a)
Show that the complex impedance of an inductor, of inductance L, has an amplitude wL
and a phase angle of t/2 rad.
[You may use that for an inductor V (t) = L
d 1(t)
where the symbols have their usual
dt
meaning.]
(b) Usually a coil of wire forming an inductor also has some resistance. One such coil draws](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F61171a95-4a26-4074-aaac-1d4b8f5b0e22%2Fdb3094f3-2cc2-4e53-8e51-55f33469efa0%2Fleov4x6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1.
(a)
Show that the complex impedance of an inductor, of inductance L, has an amplitude wL
and a phase angle of t/2 rad.
[You may use that for an inductor V (t) = L
d 1(t)
where the symbols have their usual
dt
meaning.]
(b) Usually a coil of wire forming an inductor also has some resistance. One such coil draws
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